Antibiotic sensitivity

Sepsis is increasingly difficult to control due to the complex and evolving antibiotic resistance of Escherichia coli strains, making it a significant challenge in modern medicine. This study analyzes the antibiotic resistance in treating sepsis caused by E. coli at Can Tho City General Hospital from 2022 to 2023, based on a cross-sectional descriptive analysis of patient records.

6p vijiraiya 19-05-2025 2 1   Download

India accounts for 30% of neonatal deaths globally. Bacterial sepsis is a significant cause of morbidity and mortality in newborns. The study helps to make antibiotic policy in neonatal sepsis. The main objective is to study the incidence of multidrug resistant gram negative and gram positive organisms causing neonatal septicemia and their antibiotic sensitivity pattern. The study was conducted in the Department of Microbiology over a period of one year. Sample of blood was collected under aseptic precautions and processed by standard techniques.

5p gaocaolon5 14-06-2020 29 3   Download

The present study was conducted to study the prevalence of the food borne zoonotic pathogen of animal origin, L. monocytogenes by isolation and identification, molecular detection and antibiotic sensitivity pattern from different samples of cattle sources in Aizawl district of Mizoram. A total 200 numbers of sample including cattle faeces (50), raw milk (50) and milk products (100) were collected randomly from different unorganized shop and farms.

15p gaocaolon5 14-06-2020 17 3   Download

FhuA is amultifunctional protein in the outer membrane of Escherichia colithat actively transports [Fe 3+ ]ferrichrome, the antibiotics albomycin and rifamycin CGP 4832, and mediates sensitivity of cells to the unrelated phages T5, T1, /80 and UC-1, and to colicin M and microcin J25. The energy source of active transport is the proton motive force of the cytoplasmic membrane that is required for all FhuA functions except for infectionbyphageT5.

12p tumor12 22-04-2013 40 2   Download

The Hsp90 molecular chaperone catalyses the final activa-tion step of many of themost important regulatory proteins of eukaryotic cells. The antibiotics geldanamycin and rad-icicol act as highly selective inhibitors of in vivo Hsp90 function through their ability to bindwithin the ADP/ATP binding pocket of the chaperone. Drugs based on these compounds are now being developed as anticancer agents, their administration having the potential to inactivate sim-ultaneously several of the targets critical for counteracting multistep carcinogenesis. ...

7p fptmusic 12-04-2013 48 3   Download