how do antiviral drugs act?
These drugs are used to treat viral infections.Anti viral drug prevent the multiplication of pathogens ratherthan destroying it.so this can be used to treat any viral infection.
14.7 A number of antiviral drugs act by preventing viral DNA synthesis. These drugs are typically chemically similar to nucleotides with a modification. For example, the drug may contain all relevant components of a nucleotide, including a proper purine or pyrimidine base, but lack the 3' OH group. How would this modification allow this drug to prevent viral DNA synthesis? A. Once inserted into a growing DNA chain, the drug will not be able to form a normal double-helix, as...
A patient is being treated with combination antiviral drugs for HIV and locally active antiviral drugs that include zidovudine and acyclovir. The student is preparing a 5-minute presentation on antiviral agents for clinical preconference. The student has to prepare medication information about the antiviral medications that are being administered to the client. (Learning Objectives 2, 3, and 5) What are the key characteristics of common viral infections? What are the common adverse effects of zidovudine? What key nursing considerations should...
Choose the primary reason why it is more difficult to design antiviral drugs than antibacterial drugs. a-Antiviral drugs can’t readily penetrate host cells. b-Antiviral drugs must target viral envelopes and capsids. c-Antiviral drugs often must target host cell functions which results in side effects in the host.
Explain why is it difficult to find or synthesize effective antiviral drugs?
Summarize the mode of action of major groups of antimicrobial and antiviral drugs. Summarize practices that have led to increased bacterial antibiotic resistance and strategize ways to limit this increased resistance. Describe factors to be taken into account when selecting antimicrobial and antiviral drugs;including drug effects on patients and teratogens.
As group, construct a table listing common classes of antiviral drugs ( agents for influenza A and respiratory viruses, agents for herpes and CMV, agents for HIV/AIDS, and topical agents). Label columns for therapeutic actions, pharmacokinetics, contraindications, common adverse reactions, and important drug-drug interactions. Complete the table for each antiviral group. Pharmacology
What precautions should be taken when administering antibiotics, antiviral, antituberculins, antifungals, immunosuppressant, and HIV drugs. ?
Effective antiviral drugs are usually associated with which of the following properties? A. ability to remove all viruses from the infected host B. interference with viral replication C. prevention of the host from becoming infected D. removal of viral proteins E. removal of viral mRNAs
4) Some antiviral drugs work by increasing the rate of mutation so high that over several generations virus populations pick up too many deleterious mutations to survive. Would you expect this type of treatment to work better in a virus with high or low rates of recombination? Explain your answer. (5 points).
Chapter 40 Acyclovir Valacyclovir Anti-herpetic antiviral (synthetic nucleoside analogue) Amantadine (not commonly used) Oseltamivir Anti-influenza antiviral Drug Name Drug Class & Indication(s) Contraindications Common Adverse Effects Major Interactions Review instructions for applying topical How soon should anti-flu drugs be Nurse Considerations: (Examples: Age, renal/hepatic precautions, safety administration, lab monitoring, patient teaching)