Amoxicillin Action Mechanism Amoxicillin acts by binding to penicillin-binding protein 1A (PBP-1A) present within the bacterial cell wall and inhibits the third stage bacterial cell wall biosynthesis. Amoxicillin prevents peptidoglycan cross-linking and thus, the inability for synthesizing cell wall leads to lyses of bacteria. Amoxicillin D..

Ampicillin Action Mechanism Ampicillin executes its action through binding to specific penicillin-binding proteins (PBPs) located inside cell wall of bacteria. As a result, Ampicillin inhibits the third or the last stage of bacterial cell wall synthesis through autolysins, thereby acting as an effective drug against wide range of bacteria. ..

Amoxillin present in Augmentin inhibits cross-linkage of linear peptidoglycan polymer chain of bacterial cell walls, thereby inhibiting bacterial cell wall synthesis. While clavulanate potassium present in Augmentin inhibit beta lactamase enzymes from acting on amoxillin and thereby helps in potentiating the effect of amoxillim in killing bacteria...

Bactrim Action Mechanism Bactrim executes its action by inhibiting folic acid production in bacteria, which is major factor for making DNA and proteins. Thus, Bactrim inhibits purine and dTMP synthesis and thereby inhibits bacterial cell growth (acts as bacteriostatic antibacterial agent). Bactrim Dosage Consult your medical professiona..

Cipro Action Mechanism Cipro works by interfering with bacterial enzymes namely DNA gyrase (a type II topoisomerase) and topoisomerase IV that are necessary for bacterial separation and DNA repair mechanism. As a result, Cipro inhibits bacterial cell division and thereby, inhibits bacterial cell growth. Cipro Dosage Consult your medical..

Clarithromycin Action Mechanism Clarithromycin executes its action by binding to 50S ribosomal subunit of bacteria that forms a major part of translational process. Hence, Clarithromycin inhibits the peptide translocation and interferes with bacterial protein synthesis preventing bacterial cell growth. Clarithromycin Dosage Consult your..

Cleocin Action Mechanism Cleocin executes its action as an inhibitor of protein synthesis in bacteria, thereby ceasing bacterial growth and reproduction. Cleocin attacks bacterial RNA preventing formation of proteins, ceasing the spread of infection and thus, resulting in bacterial death. Cleocin Dosage Consult your medical professional..

Doxycycline Action Mechanism Doxycycline acts through terminating translational process, thereby inhibiting protein synthesis. Hence, Doxycycline slows down the bacterial growth and allows our immune system to destroy infecting bacteria. Doxycycline Dosage Consult your medical professional before taking Doxycycline as its dosage depends..

Erythromycin Action Mechanism Erythromycin executes its action through inhibiting protein synthesis and also various structural and functional activities critical for bacterial cell replication. Thus, Erythromycin slows down the growth by inhibiting translational process and sometimes causes death of sensitive bacteria. Erythromycin Dosage ..

Flagyl Action Mechanism Flagyl is selectively absorbed in blood by anaerobic bacteria and sensitive protozoa. Its metabolites are taken up into bacterial DNA and form unstable compounds. Thus, Flagyl results in inactivation of various bacterial enzymes and fragmentation of DNA in bacteria causing significant effect on bacterial cell. Flagyl..

Levaquin Action Mechanism Levaquin executes its action through inhibiting DNA gyrase (also known as bacterial topoisomerase II), which is an enzyme necessary for DNA replication, transcription, repair and recombination. Hence, Levaquin is found to be very effective in treatment of various bacterial manifestations. Levaquin Dosage The us..

Roxithromycin Action Mechanism Roxithromycin executes its action through binding to 50S ribosomal subunit of bacteria and thus inhibiting translocation of peptides. Hence, Roxithromycin indirectly inhibits protein synthesis in bacteria and thus prevents bacterial cell growth. Roxithromycin Dosage Consult your medical professional before..

Zithromax Action Mechanism Zithromax acts through preventing bacterial protein synthesis by interfering with their growth. Zithromax binds to 50S ribosomal subunit of bacteria and thus, inhibits translation of RNA in bacteria cell and finally results in bacterial death. Zithromax Dosage Consult your medical professional before taking Zi..

Zyvox Action Mechanism Zyvox executes its action by selectively inhibiting bacterial protein synthesis through binding to bacterial ribosomal sites. As a result, Zyvox prevents the formation of functional 70S-initiation complex, which forms an essential part of bacterial translational process. Zyvox Dosage Consult your health care profe..