Greatwall, a conserved MAST-like kinase with crucial mitotic entry functions, is curiously absent in worms. Here, the single ...

Given that the role of PRMT1 in metabolic regulation has been well-documented, we then investigated whether PRMT1 is involved in transforming 6133 cells through metabolic reprogramming. To assess this ...

If you live within the US Cellular coverage area, you could sign up for fixed wireless service with hardware that connects your router with the nearest cell tower to bring your home network online.

and the UPR pathways provides insights into how ER dysfunction can lead to protein aggregation and cellular demise. VMP1 modulation by miRNAs contribute to the multifaceted aspects of cancer biology, ...

Exploring how pathogens manipulate and hijack essential processes to promote their own life cycles can reveal much about fundamental cellular ... communication in eukaryotic cells form connections ...

This achievement represents the completion of the global Sc2.0 project to create the world’s first synthetic eukaryotic genome ... copper metabolism and how cells divide their genetic material.

These findings, published today in Nature, provide the strongest evidence to date that mitochondria, cellular sub-structures that produce energy, migrate in humans and not just in cell and animal ...

They circulate around the body for about 120 days, then go to the liver and spleen, which destroy them and recycle their cellular components. A low red blood cell (RBC) count means you have a low ...

An in-depth analysis of marine eukaryotic fossils, organisms whose cells contain ... Oxygen is essential for cellular respiration and enabled the development of more complex and diverse organisms.

These little blobs inside living cells now appear to feature across all domains of the living world and are “connected to just about every aspect of cellular function,” says biophysical ...