acycloguanosine is the active metabolite of the antiviral drug acyclovir.
researchers monitored the serum levels of acycloguanosine during the trial.
the phosphorylation of acycloguanosine is catalyzed by viral thymidine kinase.
cellular enzymes convert acycloguanosine monophosphate into the active triphosphate form.
acycloguanosine triphosphate acts as a competitive inhibitor of viral dna polymerase.
high concentrations of acycloguanosine were detected in the kidney tissue.
the synthesis of acycloguanosine was a breakthrough in herpes treatment.
renal clearance is the primary route for the elimination of acycloguanosine.
scientists studied the chemical stability of acycloguanosine in solution.
clinical protocols define the specific dosage of acycloguanosine required.
the binding affinity of acycloguanosine to the enzyme was measured.
acycloguanosine is the active metabolite of the antiviral drug acyclovir.
researchers monitored the serum levels of acycloguanosine during the trial.
the phosphorylation of acycloguanosine is catalyzed by viral thymidine kinase.
cellular enzymes convert acycloguanosine monophosphate into the active triphosphate form.
acycloguanosine triphosphate acts as a competitive inhibitor of viral dna polymerase.
high concentrations of acycloguanosine were detected in the kidney tissue.
the synthesis of acycloguanosine was a breakthrough in herpes treatment.
renal clearance is the primary route for the elimination of acycloguanosine.
scientists studied the chemical stability of acycloguanosine in solution.
clinical protocols define the specific dosage of acycloguanosine required.
the binding affinity of acycloguanosine to the enzyme was measured.
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