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The article discusses a study that used single-cell transcriptomic technology to analyze the activity and clustering of cells in psoriasis. Topics include the identification of cell activity associated with inflammation in severe psoriasis, the exploration of systemic impact and comorbidities and the examination of gene activity related to metabolism and lipid levels.

2021 JUL 20 (NewsRx) -- By a News Reporter-Staff News Editor at Life Science Weekly -- Fresh data on Mechanics are presented in a new report. According to news originating [...]

The article reports on several ways of cataloging the human cells and mentions the views of David M. Miller, a cell biologist at Vanderbilt University, on the same.

Hyporesponsiveness of T cell subsets after cardiac surgery is primarily caused by an alteration of TH1 function. According to a repot from Germany, "The activity of the specific immune system [...]

Hyporesponsiveness of T cell subsets after cardiac surgery is primarily caused by an alteration of TH1 function. According to a repot from Germany, "The activity of the specific immune system [...]

Hyporesponsiveness of T cell subsets after cardiac surgery is primarily caused by an alteration of TH1 function. According to a repot from Germany, "The activity of the specific immune system [...]

Atg17 function in cooperation with Atg1 and Atg13 in yeast autophagy has been studied. "In eukaryotic cells, nutrient starvation induces the bulk degradation of cellular materials; this process is called [...]

Atg17 function in cooperation with Atg1 and Atg13 in yeast autophagy has been studied. "In eukaryotic cells, nutrient starvation induces the bulk degradation of cellular materials; this process is called [...]

Atg17 function in cooperation with Atg1 and Atg13 in yeast autophagy has been studied. "In eukaryotic cells, nutrient starvation induces the bulk degradation of cellular materials; this process is called [...]

Focuses on the research of Donald E. Ingber, assistant professor of pathology at Harvard Medical School. His theory that the internal structure of cells, the cytoskeleton, resembles that of a geodesic dome; Similarity of a cell's fibers to the rods of a dome in terms of how they push and pull off each other; Possibility that scientists will be able to control cell growth and protein production by pushing or prodding the cells; Comments from colleagues.

The article presents information on scientists from Harvard University who settled discussions over whether a compound found in red wine activates a gene that keeps cells healthy. It includes information on discussion over resveratrol, which after the discussion has been concluded it affects a gene that recharges mitochondria and helps the cells to remain healthy.

The article reports on a discovery made by biologists that it is not DNA, but regulatory RNA that is a major player in the most vital activities of a cell.

Focuses on the study of yeast genes in an effort to determine how plant and animal cells work. How yeast can help biologists gain a full description of how plant and animal cells work by identifying a role for each of an organism's genes; Goal of the genome era; Work conceived by Dr. Ronald Davis; Method used to test the function of individual genes in the yeast genome. INSET: How to find out what a gene does..

Reports on the findings of a study on the mechanism underlying cell movement. Use of cytoskeletal motors; Involvement of the lamella in cell movement.