Revealing brain temperature via MR imaging and biophysical modeling

A combination of MRI and biophysical modeling could provide more accurate predictions of brain Read more

Trailblazer award for MR monitoring brain temperature

NIBIB R21 "Trailblazer" award to monitor brain temperature while patients undergo therapeutic hypothermia after cardiac Read more

COVID-19 vaccine-generated antibodies last at least 6 months

How long does COVID-19 vaccine-generated immunity last? New laboratory results provide a partial answer to that Read more

vesicle trafficking

Spider fibers in smooth muscle cells

This image submitted by Thalita Abrahao won second place at the Postdoctoral Research Symposium Thursday. Abrahao, a postdoc in Kathy Griendling’s lab, is studying vesicle trafficking in vascular smooth muscle cells.

Thalita Abrahao -- Kathy Griendling lab

Thalita Abrahao — Kathy Griendling lab

Griendling’s lab has been looking into how the enzyme Nox4 and its partner Poldip2 are involved in cell migration, and Abrahao was investigating if vascular smooth muscle cells that have less Poldip2 have changes in protein processing.

Here, green represents beta-tubulin, a protein making up fine-looking fibers (microtubules) extending through the cell. Purple represents Sec23, part of the process of vesicle trafficking and protein secretion. White indicates when beta-tubulin and Sec23 are both present. Orange marks DNA in the nucleus.

Posted on by Quinn Eastman in Heart Leave a comment