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 E-Mail IMAGE: Silk fibers are wound around an acrylic chassis to produce a three-dimensional cell culture device. Skeletal muscle cells grown on silkworm silk proved to more closely mimic human skeletal muscle. view more  Credit: Matt Jensen News Release LOGAN, UT Mar. 9, 2021 Researchers at Utah State University are using silkworm silk to grow skeletal muscle cells, improving on traditional methods of cell culture and hopefully leading to better treatments for muscle atrophy. When scientists are trying to understand disease and test treatments, they generally grow model cells on a flat plastic surface (think petri dish). But growing cells on a two-dimensional surface has its limitations, primarily because muscle tissue is three-dimensional. Thus, USU researchers developed a three-dimensional cell culture surface by growing cells on silk fibers that are wrapped around an acrylic chassis. The team used both native and transgenic silkworm silk, the latter produ

Elizabeth vargisXiaoli zhangJustin jonesMatthew cleggJacob barneyThomas harrisBiology departmentResearchers at utah state universityEngineering departmentUtah state universityBiological engineering departmentBiomedical environmental chemical engineeringCell biologyHealth careMedicine healthஜஸ்டின் ஜோன்ஸ்