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Discover How Single-Cell Functional Analysis Reveals Cellular Drivers of Transplantation Rejection
Using Single-Cell Functional Analysis to Identify Cellular Drivers of Pathology
How single-cell secretomic analysis revealed the role of TEMRA CD8+ T cells in kidney transplant rejection.
Using Single-Cell Functional Analysis to Identify Cellular Drivers of Pathology
Using Single-Cell Functional Analysis to Identify Cellular Drivers of Pathology

How single-cell secretomic analysis revealed the role of TEMRA CD8+ T cells in kidney transplant rejection.

How single-cell secretomic analysis revealed the role of TEMRA CD8+ T cells in kidney transplant rejection.

organ rejection

Abstract geometric heart with plexus effect on blue background
Man Receives Transplanted Heart from Genetically Modified Pig
Shawna Williams | Jan 10, 2022 | 3 min read
The procedure, performed last Friday, is a milestone in a long effort to boost the number of organs available for safe transplantation.
Pig Hearts Provide Long-Term Cardiac Function in Baboons
Ruth Williams | Dec 5, 2018 | 3 min read
Primates receiving heart transplants from genetically engineered pigs have survived more than six months, a new study reveals.
Molecular Trigger for Organ Rejection in Mice Identified
Diana Kwon | Jun 27, 2017 | 2 min read
The cell-surface receptor, SIRP-alpha, initiates the innate immune response in hosts.  
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