PELONEWS Feb/March 2020 with focus on MSCs

Features myMatrix MSC

Features myMatrix MSC PELONews New Products & New Partner Get YOUR Coating: Welcome denovoMatrix, our New & Award-winning Partner Chemically defined coating Serum-free and xeno-free hMSC culture PELOBiotech is improving its portfolio: denovoMatrix (Dresden) will strengthen our competence in the field of Extracellular Matrices and Coating. The Spin-off from TU Dresden already won several business awards ong>withong> its novel technology for the biomaterial coating of cell culture media. Due to the new form of the coating, the cells behave in the laboratory as in the human body, which makes the research results more meaningful. Thanks to the modular design principle, the innovation can be extended to other cell types. PELOBiotech offers two main products: ScreenMatrix and myMatrixMSC. Ready-to-use Lot-to-lot consistency Storage at room temperature MORE https:// www.denovomatrix.com/ products/mymatrix-msc Screenmatrix you can use to discover the ideal microenvironment for your application. It provides you ong>withong> the ideal tool to rapidly test a large variety of cell microenvironments at once. Applications: Primary cells, Stem cells, cancer cell line, Immortalized cell lines MyMatrixMSC is already the tested optimal environment for your MSC research. Using serum-containing media limits the impact of your research on human mesenchymal stromal cells (hMSC) in non-clinical and clinical applications, and impedes the reproducibility of your results. You are interested in reducing or completely eliminating serum content in your media, however cell performance has suffered. You have tried a few coatings or media supplements, but so far there is no clear solution to this issue. Ideally, you want the reliability of more chemically defined media, while maintaining the performance of your hMSC cultures. denovoMATRIX provides a chemically defined cell adhesion-promoting microenvironment offered as pre-coated cultureware, specially formulated for expansion of human mesenchymal stromal cells (hMSC) in serum-free and xeno-free media. Want to read more? denovoMatix has been featured at the Economic magazine „Wirtschaftswoche“: https://www.denovomatrix.com/denovomatrix-featured-at-wirtschaftswoche. TAGS #hMSC #Chemically defined coating #Serumfree #xeno-free #denovoMATRIX

New Products & New Partner Also join us for our new webinar on this topic. Your challenge: Are you interested in reducing or completely eliminating serum content in your media? But so far your cell performance has suffered? Using serum-containing media limits the impact of your research on human mesenchymal stromal cells (#hMSC) in non-clinical and clinical applications, and impedes the #reproducibility of your results. So you might be considering now using chemically defined coatings for your serum-free or xeno-free hMSC-Culture. In this webinar presented by Dejan Husman (see pic), CEO, you will learn about a new perfect coating for your MSC Culture. About: denovoMATRIX is a TUDresden spinoff which develops and manufactures biomimetic thin layer coatings that enable the culture of a wide variety of primary, stem and established cell lines. Their vision is to recreate the microenvironment of the human body in laboratory conditions, and thereby accelerate the real-world implementation of cell therapies. New 3D Tools for your Research Lena BioSciences (Atlanta, US) (LB) offers three different main lines: Please click : https:// www.pelobiotech.com/ pelo-academy/ Please click here: JOIN MORE https://www.lenabio.com/ SeedEZ – glasfiber scaffolds in different formats (5-10 cm, 8 well to 96 well plates for static and dynamic culture PerfusionPal (12 and 48 well chambers) for dynamic cultures Gradient EZ for 3D migration (#chemotaxis, invasion and chemo-invasion assays). So if you are looking for the best suitable 3D cell culture option for your research, PELOBiotech might have the best fit now for you. Lena will be available for our Austrian, French, German and Swiss customers only. We are just one call away.