The Harvard Department of Stem Cell and Regenerative Biology (HSCRB) invites applications for Pilot Grant funding for 2021 under the NIH-funded P01 grant “Dissecting the establishment and regulation of human pluripotency” (PI Alexander Meissner).
The purpose of this funding program is to provide resources for proof-of-concept studies. These pilot grants are intended to increase our understanding of the basic biology of human pluripotent cells and their utility for translational applications.... Read more about Call for Proposals: P01 Pilot Grants 2021
The Harvard Department of Stem Cell and Regenerative Biology (HSCRB) invites applications for Pilot Grant funding for 2020 under the NIH-funded P01 grant “Dissecting the establishment and regulation of human pluripotency” (PI Alexander Meissner).
The purpose of this funding program is to provide resources for proof-of-concept studies. These pilot grants are intended to increase our understanding of the...
The Harvard Department of Stem Cell and Regenerative Biology (HSCRB) invites applications for Pilot Grant funding for 2019 under the NIH-funded P01 grant “Dissecting the establishment and regulation of human pluripotency” (PI Alexander Meissner). The purpose of this funding program is to provide resources for proof-of-concept studies. These pilot grants are intended to increase our understanding of the basic biology of human pluripotent cells and their utility for translational...
The Harvard Stem Cell Institute (HSCI) invites applications for Pilot Grant funding for 2014 under the NIH-funded P01 grant “Dissecting the establishment and regulation of human pluripotency” (PI Alexander Meissner, Harvard Department of Stem Cell and Regenerative Biology). The purpose of this funding program is to provide resources for proof-of-concept studies. These pilot grants are intended to increase our...
Ten years ago, scientists announced the end of the Human Genome Project, the international attempt to learn which combination of four nucleotides—adenine, thymine, cytosine, and guanine—is unique to homo sapien DNA. This biological alphabet helped...
New data showing human embryonic stem cell gene expression and epigenetic activity (e.g., tagging DNA to silence specific genes) reveals that stem cells prepare early to differentiate into their next form. The research, led by HSCI Principal Faculty member...
Ten years ago, scientists announced the end of the 
New data showing human embryonic stem cell gene expression and epigenetic activity (e.g., tagging DNA to silence specific genes) reveals that stem cells prepare early to differentiate into their next form. The research, led by HSCI Principal Faculty member...