Notes in 1. Isoniazid & 2. Rifampin

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Published	10/21/2024	{{c1::Isoniazid}} is the most active anti-TB drug that is metabolized by {{c1::N-acetyltransferase}}.
Published	10/21/2024	The mechanism of action of Isoniazid is {{c1::bactericidal}} and inhibits the synthesis of {{c1::mycolic acid}}.
Published	10/21/2024	The most common adverse effect of Isoniazid is {{c1::hepatitis}}.
Published	10/21/2024	Pharmacokinetics of Isoniazid:Absorption - {{c1::Gastrointestinal Tract (GIT)}}Distribution - {{c1::All bodily fluids and tissue}}Metabolism - {{c1::L…
Published	10/21/2024	Isoniazid causes {{c1::Peripheral neuropathy}} and patients should take {{c1::Vit B6}} to prevent this.
Published	10/21/2024	Rifampin is a synthetic derivative of {{c1::Rifamycin A}}
Published	10/21/2024	What is the mechanism of action of rifampicin in treating bacterial infections?A) Inhibits cell wall synthesisB) Disrupts bacterial DNA replicationC) …
Published	10/21/2024	Rifampin inhibits {{c1::RNA synthesis}} by binding to the {{c1::B subunit}} of bacterial DNA-dependent {{c1::RNA polymerase}}
Published	10/21/2024	{{c1::Rifampin}} can also be used to treat leprosy.
Published	10/21/2024	What are the common side effects and potential drug interactions associated with rifampicin use?A) Diarrhea and increased blood pressureB) Orange disc…
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