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Instructions 004: Neural crest differentiation from hPSCs on Biolaminin® 521
Protocol for neural crest cell differentiation
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Instructions 012: Biosilk® and Biolaminin® free-floating scaffolds in 96-well plate for hPSC culture
Guideline for human Pluripotent Stem Sell integration into free-floating Biosilk scaffolds fitted into 96-well plates.
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Instructions 001: Coating with Biolaminin substrates
Protocol and concentration calculations for coating cultureware with Biolaminin
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Quality documents
Quality documents Quality certifications ISO 9001 certificate Safety data sheets Biosilk (BS)Biosilk 521 (BS521)LAMscreen (LNKT)Biolaminin 521 CTG (CT521)Biolaminin 521 MX […]
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Video: Generating Biosilk 3D scaffolds for proliferation and differentiation of hPSCs
Generating Biosilk 3D scaffolds for proliferation and differentiation of hPSCs
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Instructions: Laminin protein information
Laminin nomenclature Biolaminin product Name of the protein Old synonyms Chain composition Gene names of the chains LN111 laminin-111 laminin-1, […]
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Instructions 011: Biosilk 3D scaffolds for differentiation and proliferation of hPSCs
Protocol for human pluripotent stem cell expansion, differentiation and organoid formation in 3D
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Instructions 002: Culturing mouse ES and iPS cells on human recombinant Biolaminin 511
Protocol for the transition of mouse pluripotent stem cells to Biolaminin from another matrix
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Instructions 010: Embryoid body formation from human pluripotent stem cells
Protocol for a standardized, serum-free EB formation of hPSCs cultured on Biolaminin
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Instructions 003: Culturing human ES and iPS cells
Protocol for the transition of human PSCs to Biolaminin cell culture matrices (LN, MX, and CTG)