Multi Drug Resistance Pseudomonas Aeruginosa Frequency and Antibiogram in A Tertiary Teaching Care Hospital in Pakistan

Antibiotic usage and misuse increases the risk of developing bacteria that are resistant to treatment. A Gram-negative, aerobic bacillus called Pseudomonas aeruginosa is mostly responsible for nosocomial opportunistic infections. Objectives: To assess pathogen load drug susceptibility profiles Peshawar clinical specimens collected with MDR isolates. Methods: Isolates were gathered from a variety specimens, including pus, tracheal aspirate, swabs containing wound samples, fluids such as urine or blood, department microbiology hospital Khyber teaching Peshawar. Clinical in-vitro study which carried out at Pharmacology Department, University Kirby Bauer Disc diffusion method was used identify pattern antibiotic susceptibility. Requirements Laboratory Standards Institute (2018) followed processing samples. Results: P. found be multidrug-resistant in about 56 percent cases. The majority isolates (36.5%) people between ages "60-80". Pus included greatest percentage (34.2%), by aspiration (21.7 percent). Colistin had highest sensitivity (100%) ceftolozane/tazobactam (61 With imipenem, least noticed (20 However, all anti-pseudomonal medications showed an increase resistance. Conclusion: In our system, infections becoming more frequent. This threat can avoided prescribing antibiotics carefully. For community receive appropriate healthcare, regular lab identification surveillance this necessary