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Nanodevices give unprecedented peek into how cells change with time

For the first time, scientists have introduced minuscule tracking devices directly into the interior of mammalian cells, giving an unprecedented peek into the processes that govern the beginning of development.

From University of Bath 27 May 2020

New minimally invasive method allows cells to be sampled over time

At any given moment, a variety of dynamic processes occur inside a cell, with many developing over time. Because current research methods for gene profiling or protein analysis destroy the cell, study is confined to just that one moment in time, and researchers are unable to return to the cell to examine how things change beyond that snapshot.

27 May 2020

Smokers More Likely To Express ACE2 Protein That SARS-COV-2 Uses

Researchers report that smoking increases the gene expression of ACE2, the protein that binds SARS-CoV-2, which may promote COVID-19 infection.

19 May 2020

Study uncovers how innate cellular system triggers defense response in plants

In nature, every species must be equipped with a strategy to be able to survive in response to danger. Plants, too, have innate systems that are triggered in response to a particular threat, such as insects feeding on them.

8 May 2020

Project Expands Use Of Metal Catalysts For Drug Discovery

The use of metals in drug delivery could offer major benefits, including allowing for lower dosages of a medication to achieve therapeutic effects.

7 May 2020

Study sheds light on the regulation of microRNAs

In all the organisms, including humans, proteins are encoded by genes and these proteins, in turn, control the body’s diverse specific cellular functions.

24 Apr 2020

New microscopy technique reveals movements of cell muscles in unprecedented detail

For the first time, researchers from the University of Warwick have observed the movements of cell muscles in the form of minute filaments of proteins at unparalleled detail.

From The University of Warwick 8 Apr 2020

Researchers develop a modular system for genetic reprogramming of bacteria

Novel biomaterials could soon be created using magnetic bacteria.

26 Mar 2020

Bacterial acid tolerance system shown to confer growth capability to enteric bacteria

The potential to proliferate under acidic conditions is crucial for bacteria. Escherichia coli, Salmonella, and other such enteric bacteria have the ability to colonize and cause disease in the intestinal tract of the host. Yet, they must fight against acidic environments in the entire process of host invasion.

23 Mar 2020