搜索结果: 'methocult media formulations for human hematopoietic cells serum containing'

STEMCELL Technologies Partners with Science World to Empower Girls Pursuing Science-related Careers

ISSCR: Stem Cells & Organoids in Development & Disease

Government of Canada Announces First-of-Its-Kind Biomanufacturing Facility in British Columbia

STEMCELL Technologies Expands into Toronto’s MaRS Centre, Grows North American Presence

Walk Away With A RoboSep™ Facebook Photo Contest Winners STEMCELL Technologies has announced the Grand Prize Winner and Finalists of the “Walk Away With A RoboSep™” Facebook photo contest

ISSCR International Symposium "Translational Opportunities in Stem Cell Research" Translational Opportunities in Stem Cell Research will explore the latest translational opportunities in the stem cell field, cutting-edge technology helping to drive the research, and inspired perspectives on where the area of research is heading. Hear from leaders pushing the boundaries of stem cell science towards clinical applications and disease therapies.

Changing the Face of Modern Medicine: Stem Cells & Gene Therapy

Reversion of Primed hPSCs to Naïve-Like State Training Course This two­-day in-person course covers the maintenance of human pluripotent stem cells (hPSCs) in a feeder-free culture system and the reversion of primed state hPSCs to naïve-like state.

Stem Cells and Antibodies in Drug Discovery Europe 2018

STEMCELL Technologies Announces $45 Million Government Funding for Advanced Manufacturing Facility The funding agreement will accelerate the Vancouver company's rapidly scaling business of providing cutting-edge reagents and tools to support life science researchers around the world working in the cell therapy and regenerative medicine fields

Evaluating the Immuno-Oncology Potential of Compounds Using Human in Vitro TME Models

Intestinal Organoid In-Person Training Course This two-day, in-person course covers more advanced procedures within the mouse intestinal organoid workflow. This includes how to efficiently isolate intestinal crypts from mouse small intestine, the culture of organoids using a defined serum-free medium, as well as common downstream applications.