The Transcriptomic Landscape and Regulatory Signaling Features of Bovine Skeletal Muscle Cells Used for Cultured Meat Production
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Key Points
This research aims to characterize the molecular mechanisms of bovine muscle stem cell differentiation across developmental stages for optimized cultured meat production.
RNA sequencing to analyze transcriptomic landscape of bovine muscle stem cells
Characterization of gene expression across different developmental stages
Assessment of the AKT-autophagy pathway modulation on differentiation
Identification of distinct age-dependent gene expression patterns
Classification of cells into three categories: young undifferentiated, young differentiated, and old differentiated
Modulation of the AKT-autophagy pathway enhanced production of mature myogenic cells and preserved differentiation capacity
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Implication
Analyses reveal age-dependent differentiation in muscle stem cells, suggesting pathways to enhance cultured meat efficiency.