Subscribe to our Newsletters !!

    Flagella

    INTEGRA’s electronic pipettes empower reproducible examination in microbial analysis

    Bacterial evolution studies involve analysis of large sample numbers, requiring compact, reproducible pipetting processes to effectively characterize the qualities of different strains. Dr Astrid Altamirano-Junqueira, who completed her doctoral studies into the growth of bacterial motility in the School of Biological Studies at Reading University, discussed how these digital pipettes aided her research:”My focus was

    Study shows how self-swimming microorganisms get by in harsher conditions

    Many bacteria swim towards nutrients by rotating the helix-shaped flagella attached to their bodies. As they proceed, the cells may either’run’ in a straight line, or’fall’ by varying the rotational directions of the flagella, inducing their avenues to intentionally alter course. Through a process named’chemotaxis,’ bacteria can decrease their rate of tumbling at higher levels