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BioSystems Lab | We Grew Chicken Meat Without a Chicken Welcome to BioSystems Lab — this video is a structured, step-by-step walkthrough of how cultivated chicken R&D is typically executed in a modern cell-culture lab, from cell isolation to early tissue prototypes and benchmarking against conventional chicken. In this BioSystems Lab episode, we map the full workflow used in real research programs: • Sample intake & aseptic setup: biosafety workflow, sterile prep, equipment checks, and traceable batch labeling • Cell isolation: tissue processing, enzymatic dissociation, filtration, centrifugation, viability counting, and early culture recovery • Cell expansion: growth curves, passaging standards, contamination control, and reproducible batch management • Media optimization: nutrient balance, growth factors, serum reduction strategies, metabolic monitoring (pH, glucose/lactate), and stability checks • Differentiation: guiding cells toward muscle-like and fat-like lineages, with iterative parameter tuning • Scaffold screening: testing support materials for cell attachment, alignment, diffusion limits, and basic mechanical integrity • Prototype assembly: integrating muscle-like and fat-like tissue structures, monitoring core viability, and improving uniformity • Benchmarking vs. conventional chicken: structural staining comparisons, protein/water retention assays, basic mechanical tests, and controlled side-by-side measurements • Status report: summarizing results, documenting limits, and defining the next optimization loop BioSystems Lab focuses on operational clarity: what gets measured, why it matters, and how teams iterate toward a repeatable prototype under lab constraints. If you’re building, studying, or evaluating cultivated meat systems, BioSystems Lab is designed to be a reliable reference for process thinking and R&D rigor. Professional Disclaimer (read carefully): This video is an educational simulation of an R&D workflow based on publicly known, real-world biotechnology methods and is presented for learning and discussion. BioSystems Lab does not show proprietary protocols, exact production recipes, or actionable parameters intended for at-home replication. No medical, regulatory, or investment advice is provided. Laboratory work depicted is intended to represent activities performed by trained professionals in properly equipped facilities following applicable biosafety and food-safety requirements. Results and performance characteristics shown are illustrative of typical research evaluation pathways and may vary across labs, cell lines, materials, and regulatory jurisdictions. For viewers and platforms: this is science communication and process visualization describing how genuine technologies are researched and developed; it is not a depiction of harmful activity, and it does not instruct unsafe experimentation. Subscribe for more R&D breakdowns from BioSystems Lab. #BioSystemsLab #CultivatedMeat #CellCulture #Biotech #TissueEngineering #FoodTech #labresearch