UCLA researchers correct mutation causing IPEX
A stem cell therapy rectifying the FoxP3 gene has been developed to treat IPEX, and has virtually cleared symptoms of the condition in mice...
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Stem cells are undifferentiated biological cells that can differentiate into specialised cells and can divide to produce more stem cells.
A stem cell therapy rectifying the FoxP3 gene has been developed to treat IPEX, and has virtually cleared symptoms of the condition in mice...
Learn everything you need to know about the most widely-used mouse in biomedical research with this free whitepaper.
A study has shown how stem cells that are transplanted act in a different way to those ordinarily present, without a transplant...
Learn how the continued development of CRISPR gene editing technologies opens fresh possibilities for in vivo model design.
Rapid drug response screening for leukaemia stem cells offers clues to relapse and to improving patient-specific therapies...
Researchers are always looking more effective and efficient ways of making their work more successful. In this supplement, some of our commercial partners share their data, detailing the application of their technology.
There is substantial interest in the scientific community in using human induced pluripotent stem cell (hiPSC)-derived neural cells to study basic mechanisms of brain development, neuronal function, and drug-induced effects. In vitro-generated brain organoids are promising models, because they show a remarkable degree of maturation and can be kept in…
Researchers in Spain have achieved functional recovery from a stroke after implanting silk fibroin hydrogels-encapsulated stem cells in stroke mice.
9 November 2018 | By Beckman Coulter
In this webinar you learn about a high throughput screening approach for mining of antibody repertoires in the context of biologics drug discovery.
A biodegradable scaffold used to transplant stem cells and deliver drugs, could help in the treatment of brain diseases...
Researchers in the U.S. have discovered that skeletal stem cells in the jaws of adult mice de-differentiate when tasked with regenerating large portions of bone and tissue.
A recent study in the U.S. has identified how a mutation in the GFAP gene, which encodes for the GFAP protein, causes the tangles in brain cells associated with Alexander disease and may also impact other neurological diseases.
25 October 2018 | By NanoTemper Technologies
In this webinar, speakers presented results of integrated fragment-based approaches that have led to the discovery of the first ligands of IDO1 that are able to modulate non-catalytic signalling functions of the enzyme...
Researchers at MIT have identified a way to stimulate a particular stem cell in order the hasten the regeneration of red blood cells...
Researchers have identified that MHC Class I-high, CDK1 high molecules may be at the heart of conditions including melanoma, pancreatic and colon cancers...