Stem Cell Growth Factors for Controlled Release

StemCultures has found a way for scientists to maintain control over stem cell growth factor levels. Now you can orchestrate culture conditions for higher quality cells and time and money savings.

Our Partners:

“StemBeads worked beautifully on our cells. After 1 month of culturing in Stembeads, the hESC colonies remained nice and undifferentiated, and even seemed to grow faster than in conventional hESC media with bFGF. It’s excellent that we no longer need to come in to change medium during the weekends.”

Agnette Kirkeby
Postdoctoral Fellow Lund University, Anders Bjorklund Lab

StemCultures Products

Scientific innovations designed to optimize stem culture growth factor levels.

DISC™ Devices

Inert, non-degradable, and biocompatible hydrogels that contain StemBeads®Add one DISC™ into one cell culture well to release growth factor at a defined, optimized level for a week. DISCs are easy to add and remove from culture wells for efficient use.

StemBeads®

Microbeads designed to control-release stem cell growth factors into culture media to achieve the desired growth factor concentration. StemBeads® release sustained levels of growth factors over several days. Add StemBeads® with media changes every 3-4 days to maintain your cultures.

Streamline Cell Culture Production

Production of large quantities of homogeneous cells requires precise orchestration of culture conditions, including the concentration and timing of stem cell growth factors that regulate proliferation and differentiation.

stemculture uses

Drive greater project efficiency while improving quality and reducing cost of materials and labor by using StemCultures control-release technology.

Use StemCultures products to achieve robust consistency and efficiency in PSC growth across many lines with reduced time feeding cells.

Eliminate the need for daily feedings and iPSC clean-up with StemCultures controlled-release products and spend more time doing experiments.

Precise control of culture conditions achieved using StemBeads® and DISC™ Devices reduces manufacturing cost.

In the Press