CRISPR Gene Editing Makes Stem Cells ‘Invisible’ to Immune System
This article is archived and only made available for historical reference. If you’d like to discover UCSF’s most recent advances in research, education and patient care, please visit the UCSF News Center. The red is troponin, a protein that participates in cardiac muscle contraction.
- ▪This article is archived and only made available for historical reference.
- ▪If you’d like to discover UCSF’s most recent advances in research, education and patient care, please visit the UCSF News Center.
- ▪The red is troponin, a protein that participates in cardiac muscle contraction.
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This article is archived and only made available for historical reference. If you’d like to discover UCSF’s most recent advances in research, education and patient care, please visit the UCSF News Center. Research February 18, 2019 Archive: CRISPR Gene Editing Makes Stem Cells ‘Invisible’ to Immune System Technique Prevents Transplant Rejection in the Lab, a Major Advance for Stem Cell Therapies By Jason Alvarez Share on Facebook Share on Twitter Share on Reddit Email this article Print this article Human heart muscle cells derived from triple-engineered stem cells that are “invisible” to the immune system. The red is troponin, a protein that participates in cardiac muscle contraction. The blue is the cell’s nucleus.
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Excerpt limited to ~120 words for fair-use compliance. The full article is at UCSF News.