Sentence examples for behavior of human cells from inspiring English sources
Dr. Weissman of Stanford, who was not at the meeting, said the experiment could help scientists follow the behavior of human cells with genetic diseases.
They describe the use of short segments of RNA to create programmable "control devices" that, when triggered by the presence of certain proteins, rewire gene expression pathways and change the behavior of human cells.
While working on a NASA grant to study the behavior of human cells in weightless space, he became fascinated by the role of protein molecules in cells.
Given our long-term interest in developing mT3 E. coli to deliver proteins of therapeutic value into mammalian cells, we characterized the behavior of human cells exposed to the reengineered bacteria.
His team works on creating cell cultures that can mimic the behavior of certain types of human cells, with an ultimate aim of replicating tissue structures, entire organs, and perhaps the entire body, one day in the very distant future.
Some notable studies addressing functional aspects of gene expression regulation at a systems level have been performed in yeast [ 10- 14], however, an analysis of general trends in the gene expression response of human cells to extracellular cues and of their functional consequences on the regulation of human cell behavior has not been performed.
Feng et al. reported on the uses of graphite as a working electrode for studying the voltammetric behavior of human mammalian cells (human leukemia cells U937, human leukemia cells HL60, and human erythroleukemia cells HEL).
In order to begin deciphering hADSC properties, the behavior of the human cells was compared with that of the host structures.
Gudjonsson and colleagues [ 16] took advantage of these findings and used the behavior of human luminal cells in collagen I as a means of assaying the function of myoepithelial cells in lumen formation.
These orthotopic mouse models offer useful tools to investigate the biological behavior of human UM cells in the liver.
This review summarises significant advances in the area and focuses on the approaches that are aimed at controlling the behavior of human stem cells including maintenance of their self-renewal ability and improvement of their lineage commitment using nanotopographies and biosignals.
