iCell® Skeletal Myoblasts: A Model for Interrogating and Modulating Glucose Uptake
Skeletal muscle plays a pivotal role in modulating circulating glucose levels, and the impact of muscle dysfunction on the onset, pathology, and treatment of type 2 diabetes is the subject of intense basic and applied research.
CDI’s iCell® Skeletal Myoblasts provide an excellent model for investigating the etiology, pathology, and potential treatments of type 2 diabetes while Promega's Ultra-Glo Recombinant Luciferase based detection reagents offer easy-to-use, highly sensitive, and robust detection reagents for a variety of cellular processes. In culture, iCell Skeletal Myoblasts fuse to form myotubes (Figure 1) that exhibit an approximately 2-fold increase in insulin-dependent glucose uptake as well as insulin-independent glucose uptake (Figure 2), and appropriate downstream phosphorylation events (Figure 3). The recapitulation of native human glucose uptake mechanisms and simple handling of iCell Skeletal Myoblasts along with the non-radioactive robust detection and quantification of the Ultra-Glo reagents make this an ideal preparation for model development and screening in diabetes drug discovery efforts.
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Contact CDI’s Technical Support to learn more about glucose uptake and other ways CDI can further your research through iPSC technology.
Contact Promega's Custom Assay Services to learn more about the Ultra-Glo Recombinant Luciferase line of detection reagents and the Glucose Uptake Assay.
Contact Cisbio Bioassays to learn more about HTRF technology and their other assays for measuring cell signaling events.
- Modulating Glucose Uptake in Skeletal Myotubes: Insulin Induction with Bioluminescent Glucose Uptake Analysis Cellular Dynamics Application Protocol