About Yale Stem Cell Center
Our Goals
Copy Link
- Enrich basic understanding of stem and progenitor cells.
- Establish interdisciplinary collaborations to develop stem cell therapies, and translate discoveries to clinical trials.
- Address ethical and policy issues.
- Foster understanding and awareness of stem cell biology to the public.
Our History
Copy Link
Since its establishment in October 2006, the Yale Stem Cell Center (YSCC) has been spearheaded by Professor Haifan Lin, a world leader in stem cell research and an internationally renowned expert on fundamental forms of gene regulation that define the fate of stem cells. The YSCC has grown from two founding labs into a vibrant center with 7 Yale full-time faculty and over 100 Yale affiliated faculty members. Laboratories and clinical groups throughout the University participate actively in the YSCC, which flourishes by providing shared resources and leveraging faculty strengths across many relevant disciplines. The State of Connecticut and the Li Ka Shing Foundation provided 10+ years of targeted funding for stem cell and regenerative medicine research during the initial years of the Center.
Our Research Talks
Copy Link
- Research-In-Progress meeting (2nd and 4th Wednesdays of each month), where our trainees present their ongoing research.
- Research Forum (1st Wednesday of each month), where one lab presents its research projects.
- YSCC Faculty Chalk Talks: YSCC affiliated faculty present ongoing research.
- YSCC Spring Seminar Series: leading stem cell research leaders present their work and visit with Yale faculty and students.
- Annual Retreat (October or November): one of the largest stem cell research meetings in Connecticut that will encompass all of the labs working on various aspects of stem cell biology, including basic molecular investigation of adult and embryonic stem cells, cancer stem cells, and the application of stem cells in clinical settings.
Our Awards
Copy Link
The Lo Graduate Fellowship for Excellence in Stem Cell Research, an endowed fellowship for 4th or 5th year Yale graduate students performing stem cell research. Awarded every September 1st, it is one of the highest honors a stem cell researcher can hold.
The Chen Innovation Award for Stem Cell Research. Funded by an anonymous donor in honor of his mother, the Chen Award is awarded every September 1st to a Yale faculty member who is engaged in stem cell research.
Our Services
Copy Link
- Human Embryonic Stem Cell/Induced Pluripotent Stem Cell Core
- Genomics Core
- Cell Imaging Core
YSCC Videos
Copy Link
Jason Thomson - Stem Cell FundingState support has played a critical role in the Yale Stem Cell Center's emergence as a national leader in stem cell research. Looking Below the SurfaceValentina Greco and her research team watch stem cells at work regenerating tissue. Go to http://www.wtnh.com/dpp/news/health/stem-cell-research-underway-at-yale to see the WTNH coverage of this story. Dr. Krause's Leukemia Research Yuan Gao, Diane Krause and colleagues discover a link to leukemia by revealing how megakaryocytes get so big.
A March 2012 paper by Yale School of Medicine authors in the journal Developmental Cell elucidates several of the mechanisms that take place to prevent cytokinesis from occurring. These findings are relevant not only to normal hematopoiesis and the maturation process of normal megakaryocytes but also to leukemia. In megakaryoblastic leukemia, for example, cells don't fully mature. The authors are now investigating the link between normal megakaryocytopoiesis and the pathology in megakaryocytic leukemia. Read more...
Jason Thomson - Stem Cell FundingState support has played a critical role in the Yale Stem Cell Center's emergence as a national leader in stem cell research. Looking Below the SurfaceValentina Greco and her research team watch stem cells at work regenerating tissue. Go to http://www.wtnh.com/dpp/news/health/stem-cell-research-underway-at-yale to see the WTNH coverage of this story. Dr. Krause's Leukemia Research Yuan Gao, Diane Krause and colleagues discover a link to leukemia by revealing how megakaryocytes get so big.
A March 2012 paper by Yale School of Medicine authors in the journal Developmental Cell elucidates several of the mechanisms that take place to prevent cytokinesis from occurring. These findings are relevant not only to normal hematopoiesis and the maturation process of normal megakaryocytes but also to leukemia. In megakaryoblastic leukemia, for example, cells don't fully mature. The authors are now investigating the link between normal megakaryocytopoiesis and the pathology in megakaryocytic leukemia. Read more...
Jason Thomson - Stem Cell FundingState support has played a critical role in the Yale Stem Cell Center's emergence as a national leader in stem cell research. Looking Below the SurfaceValentina Greco and her research team watch stem cells at work regenerating tissue. Go to http://www.wtnh.com/dpp/news/health/stem-cell-research-underway-at-yale to see the WTNH coverage of this story. Dr. Krause's Leukemia Research Yuan Gao, Diane Krause and colleagues discover a link to leukemia by revealing how megakaryocytes get so big.
A March 2012 paper by Yale School of Medicine authors in the journal Developmental Cell elucidates several of the mechanisms that take place to prevent cytokinesis from occurring. These findings are relevant not only to normal hematopoiesis and the maturation process of normal megakaryocytes but also to leukemia. In megakaryoblastic leukemia, for example, cells don't fully mature. The authors are now investigating the link between normal megakaryocytopoiesis and the pathology in megakaryocytic leukemia. Read more...