Resources & Instructions
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Application note 024: Biofunctionalized hydrogels — Biolaminin® proteins for tissue-specific functionalization
This application note introduces how recombinant full-length laminins, Biolaminin® can be used to c
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Application note 009: Cardiomyocyte differentiation — on a combination of full-length Biolaminin® 521 (LN521) and Biolaminin 221 (LN221) substrates
Pluripotent stem cell (PSC)-derived cardiomyocytes play a key role in therapies of the future, servi
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Application note 004: Expansion of pluripotent stem cells on Biolaminin 521
Key benefits of Biolaminin for reproducible stem cell culture
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Application overview 008: Full-length laminin proteins are crucial for stem cells
Full-length laminins are crucial components in creating the stem cell niche in vivo and in vitro
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Application note 010: Hepatocyte differentiation on Biolaminin substrates
Full-length laminins support stem cell-derived differentiation and primary hepatocyte culture
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Instructions 004: Neural crest differentiation from hPSCs on Biolaminin® 521
Protocol for neural crest cell differentiation
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Application note 021: Neural Crest differentiation on Biolaminin® 521 substrate
Generation of hPSC-derived neural crest cells on Biolaminin 521
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Application note 023: Next generation xeno-free and defined skin cell culture – on Biolaminin® 521 (LN521) and Biolaminin 511 (LN511) substrates
Skin is the largest organ of the body and our first line of defense against pathogens and environmen
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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 in
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Application note 022: BioLamina products in research and manufacturing – Biolaminin® matrices for all steps and scales
Clinically adaptable Biolaminin cell adhesion coating for higher yield in bioreactor systems
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Application note 017: Xeno-free and defined keratinocyte culture on Biolaminin® 521 and Biolaminin 511 substrates
Xeno-free and defined keratinocyte culture on Biolaminin® 521 and Biolaminin 511 substrates
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Application note 020: Efficient gene editing on Biolaminin® 521 substrate
Efficient gene editing on Biolaminin® 521 substrate
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