News
Building Stronger Endothelium in Microvessels with Platelet Rich Plasma
October 29, 2019 | Categories: Research, Uncategorized |
Insights on Genetic Causes of SIDS-linked Disease Published in Nature Communications
October 14, 2019 | Categories: Research, Uncategorized |
With NIH Funding, Freedman Lab to Use Kidney Organoids to Predict Adverse Effects of Genome Editing
October 1, 2019 | Categories: Announcements, Award, Research, Uncategorized |
Improved Method for Converting Stem Cells into Pancreatic Islet Progenitor Cells Detailed in iScience
August 29, 2019 | Categories: Announcements, Core Faculty, Research, Uncategorized |
ISCRM Researchers Discover “Missing Piece” of the Heart Regeneration Puzzle
August 21, 2019 | Categories: Announcements, Research |
ISCRM Researchers to Play Pivotal Roles on NIH-Funded Collaboration with Stanford
July 10, 2019 | Categories: Announcements, Award, Core Faculty, Uncategorized |
Research from Doulatov Lab in the Journal Blood Offers Stem Cell-Aided Insights on MDS Onset
June 13, 2019 | Categories: Research |
New Findings About dATP-Enhanced Heart Contractions Published in PNAS
May 21, 2019 | Categories: Core Faculty, Research |
Breakthroughs in 3D Organ Printing Detailed in Science
May 2, 2019 | Categories: Core Faculty, Research |Bioengineers have cleared a major hurdle on the path to 3D printing replacement organs with a breakthrough technique for bioprinting tissues. The new innovation allows scientists to create exquisitely entangled vascular networks that mimic the body's natural passageways for blood, air, lymph and other vital fluids. Read More
Major NIH Grant Funds a Closer Look at Understudied Sensory Hair Cells Crucial for Balance
April 15, 2019 | Categories: Announcements, Award |Deep in the inner ear, at the base of the semicircular canals, sit tiny vestibular organs called crista ampullaris – or crista, for short. Aided by millions of sensory hair cells, crista help us maintain our gaze as we move through space, not unlike a stabilizer function in a modern camera. Without a healthy population of these hair cells, the brain struggles to remain oriented and to track its position relative to the surrounding world that our eyes and ears perceive. Read More
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