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The successful campaign of adoptive T cell therapies, a type of immunotherapy in which immune T cells are collected from a patient, enhanced outside of the body, and reinfused back into the same patient, especially against blood cancers is well under way.
Historically, scientists have studied how cells develop and give rise to specialized cells, such as heart, liver, or skin cells, by examining specific proteins.
A recent study has introduced a new method for delivering particles into stem cells, which are notoriously difficult to penetrate.
The Francis Crick Institute, King's College London, and University College London researchers shed light on the genetics underpinning changes in the structure and form of the face and skull in a mouse model of Down Syndrome.
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A new tool that can uncover the developmental history of certain immune cells is now freely available worldwide. The tool provides insights into the stages that immune cells go through in a healthy individual and how this can be impacted in disease.