Bloodstream infections (BSI) are among the most common critical diseases that require
intensive care and continuous surveillance. According to many multinational antimicrobial …

Objective: To examine the antimicrobial sensitivity pattern of the Gram Negative isolates and
to study the in vitro effect of Ceftriaxone-Subactam EDTA on these isolates. Place and …

Aim: This study was done to determine the minimum inhibitory concentration (MIC) of
imipenem for multidrug-resistant (MDR) clinical isolates and identify carbapenemase …

Tailoring anti-microbial therapy based upon culture and sensitivity results if available, will
help reduce cost, decrease the incidence of super-infection and minimize the emergence of …

Aim This retrospective study was initiated with aim to analyse the comparative efficacy of a
novel Antibiotic Adjuvant Entity (AAE), a combination of ceftriaxone+ sulbactam+ disodium …

Animal populace has attained less attention in antimicrobial resistance research than
human sector resulting in limited information available on animal origin isolates. The study …

The discovery of antibiotic in middle of nineteenth century was revolutionized era for
mankind suffering. Antibiotic was considered as magic bullet for untreatable infection after its …

ABSTRACT Background: Blood stream infections (BSIs) are important cause of mortality and
morbidity and are among most common health-associated infections. Blood stream infection …

Background and Objective: Large amounts of antibiotics consumed by the human
population have resulted in the culmination of pathogenic bacteria resistant to multiple …