Laminin cell culture matrices
A Guest Blog in The Cell Culture Dish
A scalable and GMP-ready differentiation system to generate human hepatocyte-like cells from human PSCs on laminin substrates
New publication show that LN-521 is a superior substrate for long-term myogenic cell culture applications
New publication in Cell Stem Cell on efficient GMP differentiation of dopamine progenitors on LN-111
iPS Core Facility
Reprogramming services at Karolinska Institute supply scientists with human iPS cells
Identify and study the expression pattern of different laminin subunits present in a specific tissue
Nature Protocols Poster
Get the new poster from BioLamina - a stem cell propagation guide
BioLamina develops, manufactures and distributes premium cell culture reagents intended for culturing of primary cells, such as stem cells
Our laminin cell culture matrices allow you to imitate the natural, cell-specific cell-matrix interaction in vitro, leading to improved cell functionality
We offer defined and xeno-free laminin cell culture matrices for reliable expansion of pluripotent cell and differentiation and maintenance of specialized cell types
The Science Room is a platform for technical information related to laminin-based cell culture. Here you can read about the latest indications for different cell applications, find articles and protocols, and learn more about the science behind the laminin technology.
Laminin-521 now available in 5 ml vial size, a cost-effective alternative to the 1 ml vial.
Infographic on how the new price helps in making LN-521 the most robust and economically sensible feeder-free culture system on the market.
Events & Meetings
Our next meeting is:
SCSS Symposium 2017 - Advances in Cell Therapy
November 16-17 in Singapore
Overview Events & Meetings 2017
Stem cell culture
Pluripotent stem cell culture is easy on human recombinant laminin-521. The laminin-521 stem cell matrix is a feeder-free, chemically defined and xeno-free cell culture system that support high cell survival and fast proliferation of hESC and iPSC.
The laminin-521 matrix is biologically relevant and allows low density seeding of single cells without need of ROCKi. The cells grow as a homogenous monolayers and remain pluripotent without spontaneous differentiation.