Our technology

We offer an expansive portfolio of defined and xeno-free laminin-based cell culture matrices for reliable expansion of pluripotent cell and differentiation and maintenance of specialized cell types.


READ MORE

About us

BioLamina develops, manufactures and distributes premium cell culture reagents intended for culturing of primary cells, such as stem cells.



READ MORE

Laminin biology

Laminins are key extracellular matrix proteins, crucial for the modulation of cellular responses, such as anchorage, survival, proliferation, migration and specialization.



READ MORE

The new price helps in making LN-521 the most robust and economically sensible feeder-free culture system on the market. READ MORE

From January 1st 2017, we lower our prices, both on our popular laminin-521 stem cell matrix and on our other laminin matrices. By using a biologically relevant laminin, you can imitate the natural cell-matrix interaction in vitro and improve cell functionality. Read more how laminins can be used for your specific cell application

View the full list price in our web shop and contact sales@biolamina.com for bulk offers.

 

   

  • x
  • Expansion of human PSC

  • Clonal Applications

  • Eye Applications

  • Cardiac Applications

  • Neural Applications

  • Skeletal Muscle Applications

  • Kidney cell culture

  • Hepatic Applications

  • Cancer cells

  • Lung applications

  • Intestinal applications

  • Pancreatic Applications

  • Animal Stem Cells

  • Endothelial Applications

  • Epithelial Applications

LN521

Laminin-521 human stem cell matrix makes pluripotent stem cell culture easy in a defined, xeno-free and biologically relevant cell culture system.

  • x
  • Neural Applications

  • Hepatic Applications

  • Lung applications

  • Intestinal applications

  • Expansion of human PSC

  • Clonal Applications

  • Eye Applications

  • Cardiac Applications

  • Skeletal Muscle Applications

  • Kidney cell culture

  • Cancer cells

  • Pancreatic Applications

  • Animal Stem Cells

  • Endothelial Applications

  • Epithelial Applications

LN111

Laminin-111 is important during early epithelial development and differentiation of the epiblast, and is commonly used as a general attachment protein in cell culture.

  • x
  • Neural Applications

  • Clonal Applications

  • Eye Applications

  • Expansion of human PSC

  • Endothelial Applications

  • Animal Stem Cells

  • Pancreatic Applications

  • Epithelial Applications

  • Cardiac Applications

  • Skeletal Muscle Applications

  • Kidney cell culture

  • Hepatic Applications

  • Cancer cells

  • Lung applications

  • Intestinal applications

LAMscreen™

LAMscreen is a kit with all our currently available laminin isoforms so that you can easily screen the best laminins for different cell types.

 

 

BioLamina's Latest

From January 1st 2017, we lower our prices!

A permanent 40-70% list price reduction on all our recombinant laminin isoforms. View the full list price in our web shop.

Events & Meetings

BioLamina is attending the ISSCR, StemBANCC and the Basel Stem Cell Network for Translational Opportunities in Stem Cell Research in Basel, Switzerland
27 Fabruary - 1 March 

 

Overview Events & Meetings 2017

 

 

News feed

To keep up to date with news from BioLamina, make sure you follow our updates on LinkedInFacebook and Twitter.

 

Interested in subscribing to BioLamina Newsletter? Click here to sign up
You can find all our Newsletters here.

Stem cell culture

Pluripotent stem cell culture is easy on human recombinant laminin-521 (LN521™). LN521 is used as the stem cell substrate for self-renewal of both human embryonic stem cells and induced pluripotent stem cells in a chemically defined, feeder-free and animal-protein free cell culture system.

LN521 allows the survival and expansion of human ES and iPS cells after plating from single cell suspension. LN521 based stem cell cultures grow as monolayers on top of the laminin substrate and remain pluripotent without spontaneous differentiation. LN521 enables easy and efficient expansion of your hESCs and iPSCs in a biologically relevant in vitro stem cell niche.