Bacteria can develop a heightened new sensitivity ... physiological responses through pH sensing and shed light on how cellular populations use environmental cues to coordinate rapid responses ...

The possibility of a brain microbiome has scientists engaged in a discussion about the possible role of bacteria in ...

6 This system might allow bacteria to rapidly reshape immune sensors to adapt ... technology that enables new approaches for a better understanding of tumors on a cellular, spatial, and environmental ...

After injecting bacteria into a fungus—a process that ... Early attempts that fell short reveal that most cellular love affairs are unsuccessful. But by understanding how, why, and when ...

Bioactive metabolites, gut microbes, and the latter’s contribution to healthy aging. ‘Aging’ is the natural process of tissue and cellular function deterioration experienced by all living ...

Protein translocation is an essential, nano-scale dynamic process that facilitates the movement of proteins across cellular ...

TLRs sit in cellular membranes and sample the extracellular ... aged mice were likely to promote TLR signaling. They found ...

The Hill Lab is interested in understanding how animals respond to cues from their resident microbes during postnatal development. How do early life host-microbe interactions shape organ function and ...

Certain species of microbes have evolved to survive in harsh ... Heavy metals induce cellular damage through competition with optimal metals for vital protein binding sites or through oxidative ...