Experimental Models

View Edit Model Name Center Base Model Organ Device Type Versions Description
View 2D Studies on 24-well plate Duke University Truskey Lab Skeletal Muscle 24 Well Plate Static-2D 0
View Duke-Skeletal Muscle (uP) Duke University Truskey Lab Skeletal Muscle (Truskey) Skeletal Muscle 12-Well Plate Static-3D 0 Microplate contractile force model
View Skeletal Muscle MPS E-stim University of Florida Malany Lab Skeletal Muscle PDMS chip with electrodes Fluidic-3D 0
View Skeletal Muscle MPS non-stim University of Florida Malany Lab Skeletal Muscle PDMS chip without electrodes Fluidic-3D 0
View Skeletal Myobundle Duke University Truskey Lab Skeletal Muscle (Truskey) Skeletal Muscle Myobundle Frame Static-3D 1 An MPS device for a contractile force model. Donor cells are split and expanded to prepare enough stock cultures to prepare myobundles. After 4-5 days of growth and expansion, the human skeletal muscle cells are mixed with non-growth factor reduced Matrigel™, thrombin, fibronectin and human growth media. The cell-containing mixture is placed into a mold that helps form the initial muscle bundles. The myobundles are kept in culture for 5-7 days and then the media is changed to differentiation media. The myobundles are kept in the differentiation medium for another 5-7 days. After differentiation the myobundles are tested for their responsiveness to electrical stimulation by developing a contraction.
View Tissue Engineered Skeletal Muscle Model Duke University Truskey Lab Skeletal Muscle 12-Well Plate Fluidic-3D 0
Loading...