A digital image of a rose formed by numerous small, colorful dots against a black background, with the colors transitioning through red, orange, purple, blue, and green.

Davis Lab Examines a Protein With a Key Role in Scarring

February 16, 2022 | Categories: Core Faculty, Research | Tagged: , ,

In a study that came with some unexpected findings, ISCRM researchers reveal new details about the role an RNA binding protein (MBNL1) plays in the steps that lead to scarring in the heart. Read More

Fluorescent microscope image showing clusters of irregularly shaped cells outlined in blue, with nuclei highlighted in yellow and some cells shaded in pink or purple, all on a black background.

Kelly Stevens receives $1.3M Allen Distinguished Investigator Award to study how liver develops

February 9, 2022 | Categories: Award, Core Faculty, Research | Tagged: , ,

Kelly Stevens has received an Allen Distinguished Investigator Award to support her work to map and understand how human livers develop. Read More

Green and purple stained organoid

ISCRM Research Sheds New Light on COVID-19 and Kidney Health

December 2, 2021 | Categories: Core Faculty, Research, Uncategorized | Tagged: , , ,

ISCRM researchers use kidney organoids to demonstrate that COVID-19 is capable of infecting kidney cells directly and test whether a synthetic protein designed by the Institute for Protein Design (IPD) might be capable of preventing infection. Read More

three scientists in a lab

Undergraduate Students on the Hunt for Cancer Killing Molecules

November 3, 2021 | Categories: Core Faculty | Tagged: , ,

Described in the journal Cells, a multi-year effort to identify molecules that target cancer cells gave UW undergraduates real-world laboratory experience. Read More

purple and blue stained retinal cells

Nudging Cells to Repair Damaged Retinas

October 25, 2021 | Categories: Core Faculty, Research | Tagged: , , ,

Researchers led by ISCRM faculty member Tom Reh induce support cells in the retina to become neurons, an approach that someday could help restore vision. Read More

grid of scientists

Watch a Brief Video About ISCRM

September 17, 2021 | Categories: Core Faculty, Research

Watch this brief video about the collaborative research community harnessing advances in biology and engineering to confront the root causes of disease. Read More

Elderly hands clasped together rest on a table scattered with old black-and-white photographs, a pen, and eyeglasses, suggesting reflection or nostalgia.

ISCRM Researchers Part of $56 Million Grant to Fund Alzheimer’s Research

September 3, 2021 | Categories: Core Faculty | Tagged: , ,

The five-year grant awarded to the Kaiser Adult Changes in Thought study (ACT) will fund six cores and three interrelated research projects. Read More

Faculty headshot of Kelly R. Stevens, PhD

W.M. Keck Foundation Funds Liver Research in Stevens Lab

September 2, 2021 | Categories: Core Faculty | Tagged: ,

A three-year grant from the W.M. Keck Foundation will fund a three-year effort by the Stevens Lab to shed light on the role of mechanical factors in liver regeneration. Read More

A collage of twelve diverse professionals, arranged in three rows, all facing forward and smiling, with The National Academies of Sciences Engineering Medicine logo in the bottom right corner.

Kelly Stevens Selected for National Academies New Voices Cohort

July 21, 2021 | Categories: Announcements, Core Faculty | Tagged: ,

ISCRM faculty member Kelly Stevens is one of 22 early career leaders nationwide selected by the National Academies of Science, Engineering, and Medicine (SEM) for the 2021-2023 New Voices Cohort Read More

Colorful illustration of a developing embryo with a transparent body, showing blue, green, red, and yellow cartoon-like cells. Four close-up panels on the right highlight clusters of smiling or expressive cells in different colors.

Kelly Stevens, Jay Shendure, and Cole Trapnell Detail Spatial-Mapping Technology

July 2, 2021 | Categories: Core Faculty, Research | Tagged: , , , ,

UW researchers have created a technique to build single-cell resolution spatial maps of the molecular profiles of mammal cell types Read More