Juan Vanegas
@vanegaslab
ID: 975721975137079297
19-03-2018 13:13:41
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Great work by undergrad Physics alumna Conner Winkeljohn and Materials Science grad student Ben Himberg for the upcoming Computational and Experimental Advances in Biomembranes Virtual Special Issue at J Phys Chem B pubs.acs.org/doi/abs/10.102… UVM physics UVM Arts & Sciences
8/7 Turns out, it was published today in Physical Review B journals.aps.org/prb/abstract/1… Good thread timing!
Our newest work on controlling the photonic band structure in metal-dielectric photonic crystal OLEDs was published today. Congrats to David Allemeier on his first paper and many thanks to the whole team and U.S. National Science Foundation for support. Very proud of this work! rdcu.be/czRlJ
Check out our new pre-print on the mechanical activation of the AT1 receptor. Great work by graduate student Bharat Poudel!! Oregon State BB Oregon State Science Bharat Poudel researchsquare.com/article/rs-210…
A great accomplishment for our lab! Excellent work by Dr. Bharat Poudel: nature.com/articles/s4146… Bharat Poudel UVM CEMS Vermont Advanced Computing Center Oregon State Science Oregon State BB
Hot off the press! Great work by Calen Leverant and our collaborators at CINT and Sandia National Labs. Oregon State Science Oregon State BB Sandia National Labs pubs.acs.org/doi/abs/10.102…
Our latest paper is out: Juan Vanegas used MD simulations to understand how the function of the AT1 receptor, an important GPCR in cardiovascular regulation, is modulated by membrane thickness and tension. Oregon State Science Oregon State BB Bharat Poudel PSC pubs.acs.org/doi/full/10.10…
Extensive MD simulations (over 175 μs) show that the AT1 receptor, an important GPCR in cardiovascular regulation, is modulated by its surrounding membrane through changes in thickness & stretch Oregon State Science Oregon State BB Juan Vanegas Bharat Poudel PSC go.acs.org/b2u