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    Mechanism of multi-resistant bacterial pathogenesis: MDR genes are not so deadly unless plasmid-mediated toxin, virulence and regulatory genes are activated

    DOI Logo 10.17352/ojb.000013

    Published On: April 04, 2020 | Pages: 008 - 019

    Author(s): Kousik Poria, Shampa Bhatta, Sanatan Das, Madhumita Dey, Chandan Halder, Sankalita Datta and Asit Kumar Chakraborty*
    Mdr genes in association with many drug efflux and metal efflux genes are creating pathogenesis due to antibiotic void. However, most dangerous step occurred when R-plasmids and integrons (~2-9kb) were combined with F’-conjugative plasmid (62.5kb) creating large MDR conjugative plasmids that easily donated 6-15 mdr genes to gut microbiota as well as environmental bact ... CrossMark Publons Harvard Library HOLLIS Search IT Semantic Scholar Get Citation Base Search Scilit OAI-PMH ResearchGate Academic Microsoft GrowKudos
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    mendeley

    Protein profiling as a tool for identifying environmental aerobic endospore-forming bacteria

    Published On: March 12, 2020 | Pages: 001 - 007

    Author(s): Paulo Henrique R Martins, Luciano Paulino da Silva, Juliana Capella de Orem, Maria Inês A de Magalhães, Danilo de Andrade Cavalcante and Marlene Teixeira De-Souza*
    Aerobic Endospore-Forming Bacteria (AEFB) are taxonomically and physiologically diverse, comprising species of genus Bacillus and related genera of industrial and medical importance. For taxonomic purpose, we applied the matrix-assisted laser desorption/ionization mass spectrometry with time-of-flight to identify 64 environmental AEFB (SDF for Solo do Distrito Federal ... CrossMark Publons Harvard Library HOLLIS Search IT Semantic Scholar Get Citation Base Search Scilit OAI-PMH ResearchGate Academic Microsoft GrowKudos
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