Jalees Rehman, classified the subtypes by extracting lung tissue from mice engineered to express a fluorescent protein only in the blood vessel endothelial cells. Using a fluorescence cell sorter ...

Jalees Rehman, classified the subtypes by extracting lung tissue from mice engineered to express a fluorescent protein only in the blood vessel endothelial cells. Using a fluorescence cell sorter ...

Kalin and her team then actively removed the FOXF1 gene from endothelial cells, using gene-editing technology. The effects of this were staggering. Removal of FOXF1 in their models promoted lung ...

Though the researchers found single SARS-CoV-2-positive endothelial cells using dual RNA-ISH, most cases were negative for the S gene in the lung endothelial cells. Because COVID-19-related damage ...

VECs line the inside of blood vessels in the lungs, playing an essential role in blood flow and angiogenesis, the creation of new blood vessels. The new paper shows that venous endothelial cells ...

Maintaining the functional protein pool of cells treated with liquid nitrogen enhances their capacity to actively target the lungs through their interactions with endothelial cells. Additionally ...

Their new paper shows that venous endothelial cells can help fix damaged blood vessels in the lungs. The researchers found that following influenza, COVID, and hyperoxia injury, VECs proliferate into ...

progenitor endothelial cells and smooth-muscle cells expressing ETS1 and GATA6, respectively, were identified (Fig. 24 in the Supplementary Appendix). Our results suggest that the human lung ...