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Discussion on AMR and Human Microbiome and Microbiome in Non-Communicable Diseases

机译:浅谈非传染性疾病中的AMR和人微生物组和微生物组

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The India-EMBO Symposium on Human Microbiome -Resistance and Disease was organized by National Institute of Biomedical Genomics, West Bengal in association with J. Craig Venter Institute, USA during November 9-12, 2019. As a part of this Symposium, in the Session 'Anti-microbial resistance and human microbiome', Dr B. Bhattacharjee, Ramanujan Fellow, NIBMG spoke on 'Taking a closer look at AMR carriage among hospitalized preterm neonates'. She aimed to find out what pathogens do to preterm neonates admitted to Sick neonatal care unit in hospitals with respiratory distress carry in their nares, and how much of antibiotic (Ab) resistance found in bacterial isolates from hospital effluents. She discussed about Gm-negative bacteria Acetobacter baumannii, Klebsiella pneumoniae and E. coli showing resistance against Meropenem (Mrp), Cefotaxime (Cft), 3rd gen Ciprofloxacin and to Colistin used as growth promoter in animal husbandry; non-susceptible isolates of bacteria tested against these Ab(s); E. coli having highest amount of resistance in hospital water; %age of resistance of these bacteria to Ab(s) and 3 different Beta-lactamase (bla) gene variants (genotypic expression); burden of Ab resistance in Indian neonates; nasal carriage of pathogens among neonates; Amikacin, Cft, Tazobactem and Mrp used for babies in SNCU; high levels of multidrug resistance shown by Acinobacter sp, E. coli, Enterobacter sp and Klebsiella sp to different Ab(s); bla profiles of different isolates; disinfectants used in hospitals to kill Klebsiella sp; biofilm associated infection in babies; Mrp-resistant Klebsiella isolates from nares of babies.
机译:由美国生物医学基因组学研究所,西孟加拉科与J.Craig Venter Institute,2019年11月9日至12日,由美国生物医学基因组学研究所组织了印度 - 侵略性患者。在2019年11月9日至12日。作为这一研讨会的一部分会议“抗微生物抵抗和人类微生物群”,B.Bhattacharjee博士,ramanujan家伙,Nibmg谈到了“仔细看看住院早产儿中的AMR运输。她旨在了解患有呼吸窘迫的医院病人的生病新生儿护理单位的病原体,以及从医院流出物中发现的细菌分离株中发现的抗生素(AB)抗性多少。她讨论了GM-Digal Bacteria Acetobacter Baumannii,Klebsiella肺炎和大肠杆菌,表现出对梅洛涅姆(MRP),头孢噻肟(CFT),第3族仙草氟氯丙嘧啶和畜牧业中的生长促进剂的耐药性;对这些AB测试的细菌的不敏感分离物;大肠杆菌在医院水中具有最高抗性的大肠杆菌;这些细菌的抗性的抗性AB(S)和3种不同的β-内酰胺酶(BLA)基因变体(基因型表达);印度新生儿的抗力负担;新生儿中病原体的鼻托; Amikacin,CFT,Tazobactem和MRP用于SNCU的婴儿; Acinobacter SP,大肠杆菌,Enterobacter Sp和Klebsiella Sp到不同AB的高水平多药耐药耐力耐多平耐药性高水平的多药电阻;不同分离株的BLA配置文件;医院用于医院的消毒剂杀死Klebsiella sp;生物膜相关感染婴儿; MRP抗性Klebsiella隔离婴儿的鼻子。

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