Hristova Lab
@HristovaLabJHU
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Membrane Biophysics ROCKS!
Baltimore, MD
Joined April 2018
Brain Power, Activated - Johns Hopkins Whiting School of Engineering
engineering.jhu.edu
Researchers pinpoint how a vital protein structure works, offering hope for innovative drug design for mental health disorders
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We are so proud that Tanaya Roy is a member of our research team!!.
Fifth year PhD student in @HristovaLabJHU, Tanaya Roy, is working to answer fundamental questions about the dynamics and function of cell membrane proteins, which can hopefully lead to improved drug development. Read more here:
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RT @JHUMaterials: Join us at MatSci! The Department of Materials Science and Engineering at Johns Hopkins University is hiring for a tenure….
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Did you know that antidepressants can alter the structure and function of single-pass receptors? We study these intriguing processes, together with our colleagues @marcal_vilar @komineev
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We are very excited to be part of this awesome work! The TrkB receptor is so interesting!.
Happy to share our last publication in @NatureComms great collaboration with @komineev @HristovaLabJHU A.Cattaneo lab @IBV_CSIC @CSIC @CIPFciencia.
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A day of science and fun in the capital by the Capitol!
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We are excited to share the review we have written to explain the concept of signaling bias to a broad audience.
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We are welcoming our newest lab member! Welcome, Teddy, we expect great things from you!
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Now this paper is published in its final form. Thanks to Daniel and Ece for their hard work, and to our collaborators Bill Wimley @WilliamWimley and Elena Pasquale.
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We are so lucky to be working with this amazing young scientist! Thank you for choosing Hopkins and INBT for your summer research experience, Cristiana!.
Continuing our #REU spotlight, Cristiana Martinez from East Tennessee State is working in @HristovaLabJHU to study receptor tyrosine kinases (RTK) and how ligand binding can affect downstream signaling.
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The JHU campus is truly wonderful. Even deer want to bring their kids to study here.
We saw a deer family today on campus after a nice meeting/lunch! @HristovaLabJHU #JHU #HomewoodCampus
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RT @acsnano: A research team led by @WilliamWimley of @TulaneMedicine explored the determinants of macrolittin #nanopore stability in POPC….
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The Biophysical Society research conferences always offer incredible opportunities to young scientists. I am so happy for Ece and everyone who was there. Congrats Ece! @BiophysicalSoc.
I had an amazing conference at @BiophysicalSoc Molecular Biophysics of Membranes in Tahoe! I met with so many amazing scientists from different backgrounds and presented my poster! It was an amazing experience, thanks to my PI for giving me this opportunity @HristovaLabJHU !
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It was a privilege to be able to witness this project develop. So much work went into it. Kudos to my collaborators, one of the best experimental membrane biophysicists in the solar system and one of the best computational membrane biophysicists in the Milky way.
Peptide nanopores!.They break rules and demonstrate a new way to build useful structures in membranes. Includes the dissertation work of Leisheng Sun @LeishengS A collaboration with @HristovaLabJHU and Nicoleta Bondar.
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Our just-accepted JBC paper is on a controversial topic. Perhaps lessons learned from simple model systems do not necessarily apply to receptors in the plasma membrane. What do you think?
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RT @MikeKesslerPhD: Check out some of the exciting recent research breakthroughs in the Department of Materials Science and Engineering at….
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Are you studying membrane protein interactions? Have you seen our latest review? We hope you find it useful! Congrats to Mahmoud for his first first author review. Can't wait to read the next five.
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Thank you!.
How 18 FGF ligands signal through 4 FGF receptors differentially?. A nice, quantitative example on FGF4/8/9 & FGFR1c in cultured HEK 293T, RCS chondrogenic cells. #FluorescenceIntensityFluctuationSpectrometry➡️ Receptor dimerization/oligomerization (FGF4 only).FGFR1/FRS2/ERK/PLCγ
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