advertisement

ATC Level5: D06BB03 - Aciclovir

ATC Level1:

ATC Level2:

ATC Level3:

ATC Level4:

ATC Level5:

Drugs in ATC category "D06BB03":

    - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action ACV Greater Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action ACY is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes Simplex... - Pharmacological action Abbovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Abduce is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acerpes is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aci-Sanorania is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acic Creme is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acic Ophtal is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acic PI is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acic is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes Simplex... - Pharmacological action Aciclin is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclo is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclobene is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclobeta is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclodan is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acicloftal is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclomed Industria de Medicamentos is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir... - Pharmacological action Aciclophar is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclor is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclosifar is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclosina is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclostad is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclotex is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclotyrol is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclovan is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclovax is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclovir Comp. Mintlab is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active... - Pharmacological action Aciclovir Genfar is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Aciclovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclovir-Akos is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Aciclovir-Akri is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Aciclovir-BC is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciclovir-DBL is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Aciclovivax is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acicvir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acifar is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acifur is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acigerpin is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciherpin is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acihexal is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acilax is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acitab DT is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acitop is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciv is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes Simplex... - Pharmacological action Aciveral is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acivir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acivir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aciviran is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acivirax is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acix is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes Simplex... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Aclovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aclovirax is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Activir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acvirall is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclo-V Alphapharm is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclostad is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir; Sodium Chloride Baxter is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is... - Pharmacological action Acyclox is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyhex is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyl is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes Simplex... - Pharmacological action Acylete is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyrax is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyvir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Akevir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Aklovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Alovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Alti-Acyclovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Civir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Cloviron is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Cutivir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Cycloviran Sigma-Tau Pharmaceuticals is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Euroclovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Hepirax D is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Herpevex is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Herpil is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Herzovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Kayvir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Lovires is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Nisivir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Ovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes Simplex... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Palovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Psyvir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Qualiclovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Univir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Viralis is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Vircovir is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Vireth is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Virules is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Zealor is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Zoteran is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against Herpes... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - This medication is used in certain people to treat outbreaks of herpes simplex infection of the skin (e.g., genitals), mucous membrane areas (e.g., mouth, nose), or brain . It is also used in certain people to treat shingles infection. The viruses that cause these infections live in the body quietly until an outbreak occurs. Acyclovir does not cure these infections, but can speed healing of the sores, decrease pain/ itching /formation of new sores, and lower the risk of other... - This medication is used in certain people to treat outbreaks of herpes simplex infection of the skin (e.g., genitals), mucous membrane areas (e.g., mouth, nose), or brain . It is also used in certain people to treat shingles infection. The viruses that cause these infections live in the body quietly until an outbreak occurs. Acyclovir does not cure these infections, but can speed healing of the sores, decrease pain/ itching /formation of new sores, and lower the risk of other... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against... - Pharmacological action Acyclovir Pharma is an antiviral agent. Thymidine kinase of virus-infected cells actively converts acyclovir through a series of sequential reactions in the mono-, di- and triphosphate of acyclovir. The latter interacts with the viral DNA polymerase, and embedded in DNA, which is synthesized for new viruses. Thus it is formed a "defective" viral DNA which leads to suppression of replication of new generations of viruses. This mediciine acyclovir is active against...

advertisement

The information was verified by Dr. Arunabha Ray, MD Pharmacology

© 2002 - 2021 "sdrugs.com". All Rights Reserved