Lunan Foldomics LLC

12/02/2023

A fantastic day at the Houston Holiday Vibe Market, with more than 300 artisans, interacting with people, explaining the Lunan Foldomics’s mission… watching enthusiastic kids stopping to our stand for playing with our molecules has been an unforgettable and marvelous experience!!

11/18/2023

See you Saturday December 2nd at Holiday Vibe Market, Houston! Lunan Foldomics will be there, playing with amazing molecular puzzles!!

08/17/2023

3D puzzle of biomolecules (12 pieces)

07/17/2023

Shades of Foldomics…

07/08/2023

Marvelous colors and high quality PLA, are pivotal for excellent results. I found these features in the Overture products, perfectly compatible with my Aquila 3D printer by Voxelab!


Follow their links for more info!!
👇🏻👇🏻👇🏻
https://overture3d.com

https://www.voxelab3dp.com/

07/03/2023

TCR alpha and beta chains, when dimerized, create an unique object, a receptor, which recognizes the antigen presented by the MHC system, like a “key-lock” mechanism. For the case of the 1E6 receptors and its insulin antigen “YQFGPDFPIA” (green), the recognition happens thanks to two strands of amino acids, “GDSSY” in the alpha chain (orange) and, “WEKLA”, in the beta chain (blue). They are both part of the CDR3, (Complementary-determining region 3), located in the two TCR chains.
The central part of the antigen, containing a “GPD” sequence, represents the part of the peptide mainly recognized by GDSSY and WEKLA.
For more information about this model see the link:

https://www.rcsb.org/3d-view/5C07/1

And the paper by David Cole and Andrew Sewell:

https://www.jci.org/articles/view/85679

07/03/2023

06/09/2023

Chemical attractions…

06/04/2023

TCR receptor binds an MHC/peptide complex
Reproduction of E6 TCR in complex with HLA-A02 carrying YQFGPDFPI
https://www.rcsb.org/structure/5c07

06/04/2023

HLA 02 complexed with Covid antigen
3D printing of structure of HLA-A*0201 complexed with peptide Md3-C9 derived from a clustering region of restricted cytotoxic T lymphocyte epitope from SARS-CoV M protein
https://www.rcsb.org/structure/3TO2