the researchers pinpointed Nr1h2 as a key transcription factor conserved across mammalian species. Nr1h2 activation was sufficient to enhance the functional and genetic fidelity of stem cell ...

These CSFs also release haematopoietic stem cells to the peripheral blood, and these cells have now largely replaced bone marrow as more effective populations for transplantation to cancer ...

the researchers pinpointed Nr1h2 as a key transcription factor conserved across mammalian species. Nr1h2 activation was sufficient to enhance the functional and genetic fidelity of stem cell ...

The ability to use the same set of transcription factors to reprogram both mouse and human somatic cells reinforces the conserved nature of transcription factor networks in these two species to ...

Stem-cell research is on the cusp of a breakthrough that could come as soon as 2025, and two biotech companies with promising therapies stand to gain, according to a new report from Maxim Group on ...