Sentences with phrase «how cells sort»

New research at Rockefeller University, published March 18 in Nature, reveals how cells sort out the loops meant to encode small RNAs, known as microRNAs, by tagging them with a chemical group.

Not exact matches

At the University of Cologne, biophysicists in the lab of Professor Berenike Maier were now able to show how differential mechanical forces can lead to cell sorting in biofilms, thereby determining their architecture.

In the future, the question will be in how far this cell sorting strengthens the biofilm's resilience towards external stress.

He points out that all sorts of electronic models could have simulated genetic memory but wouldn't have helped to understand how cells achieve that particular trick.

In the last few years, researchers have learned how to turn embryonic stem cells into all sorts of different cell types, such as skin cells, heart

Such measurements could be used to sort different types of cells — to distinguish cancerous cells from healthy ones, for example — or to measure how cells change when exposed to drugs.

Three men will share the honor for their work describing how small membrane bubbles loaded with molecules get sorted to the correct part of the cell.

«Is she remembering how many eggs she has laid, can she sense how much sperm she has used, or is there some sort of chemosensory cue telling her how many drone larvae are in the cells?»

The Mayo Clinic has received $ 3 million from the Glenn Foundation for Medical Research to study how the presence of a specific sort of human cell affects aging.

Our SpatialDE method filters and sorts all the genes according to how certain we are that cell location matters for the expression levels.

Dr. Zhu said loss of the gene and the protein it expresses may accelerate regeneration by reorganizing how genes are packaged in the genome so that the cells can more easily switch back and forth toward a more regenerative state, sort of like a toggle switch.

We delve into very fundamental problems such as «how does a malaria red blood cell attach itself to a blood vessel» or «how does binding of a ligand to a cell surface receptor or contact of a crystalline surface with the plasma membrane drive lipid sorting and how will this lead to signalling» but then immediately apply it to a practical problem such as «how does contact of uric acid crystals with dendritic cells cause gout in affected joints and how can we prevent this occurrence?»

Stem cell methodologies like culture conditions, sorting, and how to grow and transfect cells are all tools we can apply now to human brain cancers.

From other papers I would like to highlight the one by M. Mehrshad and enigmatic SAR202 cluster, the one by A. C. Lehours and biogeographic patterns of aerobic anoxygenic phototrophic bacteria and the one by E. M. Llufrio and how fluorescence activated cell sorting introduces oxidative stress and alters the metabolic state of cells.

More than this, though, when you actually consider how it was made — by individually positioning each minute blob, dab and lozenge of grey paint within every minuscule cell of a vast grid — it seems like the sort of repetitive, even absurd, endeavour that would appeal only to someone in a distinctly unsettled frame of mind.

Someday we'll probably have wireless earbuds that are so inconspicuous they'll make the Dash look laughably big and obtrusive, sort of how we snicker when we look back at old cell phones.