Microbiology
Ouch, that needle hurts! How some viruses inject their DNA
Bacteriophage T4 is one of the most common of the viruses that infects Escherichia coli (E. coli) bacteria that serve as the hosts. To accomplish this feat, phage T4 employs a fascinating nano-scale injection machine to first rupture the host's cell membrane and then inject... click to read more
A soil bacterium unmasks a human enzyme
Life, as we know it, exists thanks to membranes. As active functional barriers between a living cell and its environment, and between compartments within the cell, membranes ensure selective entry and exit of substances, energy generation, and the sending, receiving, and processing of signals essential... click to read more
Producing next-gen polymers out of antimicrobial-resistant superbugs
Bacteria survive in an array of environments, so they are constantly exposed to a wide variety of toxic molecules. To be able to survive in different environments, bacterial cells must be able to actively protect themselves from toxins. Often they do this by breaking down... click to read more
What our blood can tell us about the bugs in our gut
We share an intimate mutual relationship with the microbes in our gut, which we call gut microbiome. It helps us digest and absorb nutrients from our food, and also support our immune system to develop and function properly. Despite considerable progress in our understanding of... click to read more
Antibiotic-resistant bacteria in East and West London public settings
The discovery of antibiotics made many bacterial infections easily curable. However, today the world is facing a 'post-antibiotic era' crisis as bacteria are rapidly evolving new ways to resist antibiotics. Yearly, 700, 000 deaths are caused by bacterial infections that are untreatable with currently available... click to read more
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