Pharmacology - Cefuroxime
Pharmacology - Cefuroxime Cefuroxime inhibits the production of bacterial cell walls, making it a potent germicide. Mode of Action Connects to the enzyme responsible for attaching the peptide chain of the freshly synthesized "building blocks" to the ba
Pharmacology - Ceftazidime
Pharmacology - Ceftazidime The bactericidal action of ceftazidime is to prevent the production of bacterial cell walls during cell division. Mode of Action 'Building blocks' are peptide chains that attach to the backbone of peptidoglycan cell walls; t
Pharmacology - Imipenem
Pharmacology - Imipenem Imipenem is a bactericidal agent that prevents bacteria from dividing by interfering with their cell wall formation. Mode of Action 'Building blocks' are peptide chains that attach to the backbone of peptidoglycan cell walls; t
Pharmacology - Vancomycin
Pharmacology - Vancomycin Method of Operation The compound is bactericidal and inhibits the production of cell walls in bacteria that are dividing. Administered orally for temporary relief in the mouth; otherwise administered intravenously; renal excret
Pharmacology - Doxycycline
Pharmacology - Doxycycline Bacterial protein synthesis is hindered by doxycycline because it reversibly inhibits the binding of tRNA to the mRNA codons in the 30s subunit and competes with it for the A site of the ribosome. Orally administered; milk and
Pharmacology - Lidocaine
Pharmacology - Lidocaine Effect of Lidocaine Blocks the conduction of action potentials in nerves. At lower concentrations, it blocks pain fibers with smaller diameters. Action Mechanism The blocking of intracellular voltage-gated Na+ channels occurs i
Pharmacology - Bupivacaine
Pharmacology - Bupivacaine Bupivacaine blocks the conduction of action potentials in nerves. At lower concentrations, it blocks pain fibers with smaller diameters. Action Mechanism The blocking of intracellular voltage-gated Na+ channels occurs in a dos
Pharmacology - Procaine
Pharmacology - Procaine Action of Procaine Blocks the conduction of action potentials in nerves. At lower concentrations, it blocks pain fibers with smaller diameters. Action Mechanism The blocking of intracellular voltage-gated Na+ channels occurs in
Pharmacology - Benzocaine
Pharmacology - Benzocaine How Benzocaine Works Blocks the conduction of action potentials in nerves. At lower concentrations, it blocks pain fibers with smaller diameters. Effect Mechanism Benzocaine is primarily bound to protein in the body and has a
Pharmacology - Benzocaine
Pharmacology - Benzocaine How Articaine Works Blocks the conduction of action potentials in nerves. At lower concentrations, it blocks pain fibers with smaller diameters. Action Mechanism The blocking of intracellular voltage-gated Na+ channels occurs
