CH3 BioSystems

Article Link: Top 25 BioTech Companies of 2023 : https://www.genengnews.com/industry-news/top-25-biotech-companies-of-2023/

CH3 BioSystems link: https://ch3biosystems.com/

Happy New Year! Check out our deal on our best selling cells!

KRAS Mutation and Cancer Research

Happy Summer! More reasons to purchase the cells for that big idea from CH3!

Happy Independence Day from CH3 BioSystems! Check out our new sale!

Why buy cells from CH3 BioSystems? Check out the benefits at the link below.

ch3biosystems.com

New on our website and YouTube, we show you how to passage cultured cells using trituration! A simple technique that has certain advantages over the use of enzymes.

We strive to provide excellent customer service to ensure that research using our products gets up and running as quickly and effectively as possible.

Learn more and browse our products on our website here:
https://ch3biosystems.com/

How to Passage Cultured Cells Using Trituration In this video we show how to passage cultured cells using a simple technique called trituration, which has certain advantages over the use of enzymes.Learn m...

We have a new page on our website detailing our broad array of options for cell line authentication! Choose one of the pre-ordered panels or design your own. Our top priority is for our customers to receive exactly what they need to get their research started with ease!

More here:
https://ch3biosystems.com/shop/cell-line-authentication-and-testing/

Have questions about the mouse E0771 mouse cell line?

We are proud to say CH3 BioSystems is the longest-running supplier of authentic E0771 cells to both academic and commercial laboratories.

Check out our blog post clearing up some confusion about the authentication of these cells here:

Do you have questions about mouse E0771 cells? – CH3 BioSystems Do you have questions about mouse E0771 cells? February 3, 2021 by MischaRecently there has been some confusion on the internet about the proper authentication of the mouse E0771 cell line. CH3 BioSystems is the largest-running supplier of authentic E0771 cells to both academic and commercial labora...

Many thanks and a happy new year to CH3 BioSystems' academic and corporate customers all over the world!
We wish everyone peace, good health and success for your research projects in 2021!

You can always rely on CH3 to be here to provide you with:
- High Quality Unique Cell Lines
- Customer Service Expertise for managing international shipping and cross-border Customs issues
- Responsive Rapid Technical Support

This year we also look forward to meeting new customers and helping them to accomplish their research goals!

If you are just learning about us please check out our website here:

CH3 BioSystems – Methylation Biology Leader CH3 BioSystems is a biotechnology company based on an entirely new patent-protected chemical technology designed to identify and commercialize drug and diagnostic candidates.

Continuing our study of protein in cellular inflammatory responses, we call attention to the recent publication by Zhang et al. The authors explain how PRMT1-SMAD6 signaling may represent a new target for reducing the immune response in periodontitis.

Click the link to our blog post to learn more:
https://ch3biosystems.com/smad6-methylation-reduces-periodontal-inflammation/

We are thinking a lot lately about the role of protein methylation in cellular inflammatory responses. The connection between the two is not a new idea. There are numerous clues in the primary scientific literature that functionally link protein methylation with inflammation. See for example the recent review by Webb and Guerau-de-Arellano: https://pubmed.ncbi.nlm.nih.gov/28478950/

There will be more to come on this in future posts, so be sure to check back here or on our blog (https://ch3biosystems.com/category/ch3-blog/) for more updates!

Emerging Role for Methylation in Multiple Sclerosis: Beyond DNA - PubMed Multiple Sclerosis (MS) is a chronic inflammatory disease of the central nervous system. The inflammatory and neurodegenerative pathways driving MS are modulated by DNA, lysine, and arginine methylation, as evidenced by studies made possible by novel tools for methylation detection or loss of functi...