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 E-Mail IMAGE: By observing 5 different species of bacteria moving through a variety of microfluidic channels, the researchers discovered that bacteria navigated through the spaces not based on their own sizes or. view more  Credit: McGill University Bacteria that move around live on the edge. All the time. Their success, be it in finding nutrients, fending off predators or multiplying depends on how efficiently they navigate through their confining microscopic habitats. Whether these habitats are in animal or plant tissues, in waste, or in other materials. In a recent paper published in PNAS, a team of researchers led by McGill University, has described a number of factors affecting how five, very different, species of bacteria search and navigate through varied microfluidic environments which pose various decisional challenges. This increased understanding of the bacterial space searching and navigational strategies has implications for everything from diagnosing

Czech republicDan nicolauKatherine gombayAustralian research council future fellowshipEngineering research council of canadaNatural sciencesDefense advanced research projects agencyCzech science foundationMcgill universityMcgill university is canadaFrontiers research fund of canadaMcgill media relations officeProfessor dan nicolauViola tokEngineering research councilNew frontiers research fund