Juan Vanegas

[The Journal of Physical Chemistry @JPhysChem]

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 @OSUScience @OregonStateBB @VanegasLab @bharat6774 @psc_live
https://t.co/8BlIhz0eLc

[Juan Vanegas @VanegasLab]

https://t.co/KZZ8bwWs7f

[Juan Vanegas @VanegasLab]

Our latest paper is out: @VanegasLab 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. @OSUScience @OregonStateBB @bharat6774 @psc_live https://t.co/oAk7jcwyEi

[Juan Vanegas @VanegasLab]

Hot off the press! Great work by Calen Leverant and our collaborators at CINT and Sandia National Labs.
@OSUScience @OregonStateBB @SandiaLabs

https://t.co/Ykudje1Z7l

[Juan Vanegas @VanegasLab]

Our work has been highlighted by the San Diego Supercomputing Center: https://t.co/VFpJZSMK5u

[Juan Vanegas @VanegasLab]

Faculty position available in our department: https://t.co/LsKLxVivkA https://t.co/AiwKDbQNg1

[Juan Vanegas @VanegasLab]

A great accomplishment for our lab! Excellent work by Dr. Bharat Poudel: https://t.co/QITfu2M2IX @bharat6774 @uvmcems @uvmvacc @OSUScience @OregonStateBB

[Juan Vanegas @VanegasLab]

Hot off the press. Congrats Arjun! https://t.co/GLsqfKrwI5

[Juan Vanegas @VanegasLab]

Check out our new pre-print on the mechanical activation of the AT1 receptor. Great work by graduate student Bharat Poudel!! @OregonStateBB @OSUScience @bharat6774 https://t.co/qMvBsdeFjA

[Juan Vanegas @VanegasLab]

Potential fabrication in research images threatens key theory of Alzheimer’s disease https://t.co/Qt3iT3bjfi

[UVM physics @uvmphysics]

Congratulations to the class of 2022. Best wishes for the future! @uvmsps @uvmcems @uvmvermont

[Juan Vanegas @VanegasLab]

Five Common Pitfalls to Avoid while Composing Scientific Figures https://t.co/3BKFOJL5AM

[Matthew S. White @ProfWhiteUVM]

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 @NSF for support. Very proud of this work! https://t.co/FdIzJOBjgr

[Juan Vanegas @VanegasLab]

Medicine Nobel awarded for explaining how we sense heat and touch https://t.co/rAan1w2qZu

[Adrian Del Maestro @agdelma]

8/7 Turns out, it was published today in @PhysRevB https://t.co/k0YXFpLuC4 Good thread timing!

[Juan Vanegas @VanegasLab]

Thanks to @NSF and @uvmvacc

[Juan Vanegas @VanegasLab]

A lot of blood, sweat, and tears went into this one! Great work from former postdoc Rajitha RT and successful collaboration with Sergei Sukharev and Andriy Anishkin at U. of Maryland. https://t.co/nY742ABTa1

[Juan Vanegas @VanegasLab]

Check out our work and other great articles in JPCB's Virtual Special Issue Computational and Experimental Advances in Biomembranes: https://t.co/Wep4D6XknJ

[Adrian Del Maestro @agdelma]

I am excited to announce that the Del Maestro group will be moving to @UTKnoxville where I will start this August as a Professor in the Department of Physics & Astronomy and the Min H. Kao Department of Electrical Engineering and Computer Science @EECS_UTK.

[Juan Vanegas @VanegasLab]

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 https://t.co/BWTODepclF @uvmphysics @UVMcas