How do you study what NMR can’t see?
Apply 2,500 bar of hydrostatic pressure! 💥
Our new @MethodsEnzymol chapter highlights #PressureJump#NMR for probing transient #Aβ#oligomers, mapping relaxation, NOEs, and Zn²⁺-stabilized assemblies in real time.
https://t.co/lSZkATXw15
We show that #RDCs (#ProteinNMR) alone can quantify #ProteinDynamics using a multi-conformer, multi-tensor SVD approach. Application to apo maltose-binding protein reveals a low-population partially closed state. A web-based tool is provided. https://t.co/7huXGPYF5N
Excited to have Tayeb’s Kakeshpour’s recent innovations now published in Analytical Chemistry. Tayeb used #NMR and #mass_spec to observe nanogram quantities of non-volatiles in #exhaled#breath, opening a new window in lung disease diagnosis.
https://t.co/kqKT2jY8rI
#Snoring-generated #droplets can lead to #covid-19, #influenza, and #RSV#pneumonia through self-infection. Our study involved #NMR and #mass-spec. Snoring #aerosols are generated during inspiration, but a fraction remains detectable after exhalation. https://t.co/lit3BOxNMJ
I'm excited to have our work on #melittin 🐝🐝 published in @J_A_C_S!!
We produced triply isotopically labeled native melittin and studied its structure at high resolution using #NMR combined with #AlphaFold-Multimer
https://t.co/tUXNNmoM1X
Our aerosol measurements strongly suggest that snoring while suffering from an upper respiratory tract infection can lead to pneumonia
Snoring may transmit infectious aerosols from the upper to the lower r... https://t.co/omvy8jVs6h
Given our recent work on #SARSCoV2 MPro (https://t.co/w9I865Ff4E) where we showed close agreement between X-ray structures, #AlphaFold2 models, and solution RDC data, the AF2 models of the #Omicron P132H are likely to be of high quality too. 4/4
Running a @DeepMind #AlphaFold2 calculation for the #Omicron P132H mutation in #SARSCoV2 Main Protease gives very similar structure predictions to wild type. 1/4
Good agreement with structurally sensitive NMR RDCs for #SARSCoV2 Main Protease confirms outstanding performance of @DeepMind's #AlphaFold2, even when culling homologous models from its input.
RDCs may offer opportunity for further refinement.
https://t.co/w9I865Ff4E
Our work using CEST #NMR to study Schiff base formation is newly published in @angew_chem! A combined effort from Venkatraman Ramanujam and @CyrilCharlier14.
New paper on the Observation and kinetic characterization of transient Schiff base intermediates by CEST NMR in Angewandte Chemie #CEST#NMR https://t.co/2SYGOOh5MT
Check out the new paper from our group on Aβ(1-40) using #PressureJumpNMR!
Great work from postdocs Ashley Barnes and @angusjrobertson with John Louis and Philip Anfinrud.
Thanks @euroismar2019 for this great conference in Berlin! Honored to receive the @MagnResonChem for the young scientist's Prize! 🛫Now time to fly back to the US for the final 2 weeks of my Post Doc!