Dr. Jayasubba Reddy Yarava

[TuoWangLab @TuoWangLab]

We are grateful for a 1.8M S10 grant from NIH through for upgrading a 600 MHz NMR with a new magnet and the most advanced solid-state cyroprobe. This enhancement will significantly boost our capability to analyze cellular samples of pathogens. @MSUChem @MSUNatSci

[TuoWangLab @TuoWangLab]

Now on JACS: we show that how alpha-glucans play important roles in cell wall remodeling and change immune recognition in a vaccine candidate strain of Aspergillus fumigatus #nmrchat @MSUChem @MSUNatSci @MRCcmm 
https://t.co/9J3o1yXNvW

[Debkumar Debnath @DkDebnathCY]

Check out our latest publication on High-resolution analysis of Lignin-polysaccharides interactions through Proton-detection methods published in Analytical Chemistry. Congratulations to Peng and Subba! @TuoWangLab

https://t.co/bRTOHNi33d

[TuoWangLab @TuoWangLab]

We are grateful for a new NSF-MCB grant, which will support our efforts over the next four years to develop ¹H-detected solid-state NMR methods specifically tailored for carbohydrate structure determination. @MSUChem

[MSU Chemistry @MSUChem]

One of two new fantastic papers out from @TuoWangLab! 🍾

You can also catch new findings in @angew_chem:

https://t.co/KFphv80HPi

[TuoWangLab @TuoWangLab]

Our new study @angew_chem: solid-state NMR and DNP enable the resolution of five distinct types of α-glucans involved in capsule anchoring, melanin hosting, and packing with chitin microfibrils in Cryptococcus. #nmrchat @MSUChem @MRCcmm
https://t.co/8tQ1vQLZEr

[Neil Gow @neil_gow]

Wang lab shows that in response to echinocandins C. albicans thickens its wall while C.auris stiffens the wall via upregulating B1,6 glucan and strengthening B1,6 - Mannan interactions. https://t.co/arp7dlUBiL @eurconfmedmycol @YoungECMM @ISHAM_Mycology @youngisham @MRCcmm

[MSU Chemistry @MSUChem]

Out today in @NatureComms: new NMR-powered research from @TuoWangLab that's paving the way for more effective anti-fungals!

[TuoWangLab @TuoWangLab]

Solid-State NMR and DNP showed that Candida albicans and the super fungus Candida auris share same initial cell wall structure but rebuild differently under antifungal treatment. @MSUChem #NMRchat

https://t.co/VFR0QkXOiK

[TuoWangLab @TuoWangLab]

Feel honored to be recipient of this year’s AMPERE prize for young investigator.

[TuoWangLab @TuoWangLab]

A try of 1H-detection on lignocellulose to visualize lignin-carbohydrate interactions #nmrchat https://t.co/PeTr1Y2VRN

[J. Am. Chem. Soc. @J_A_C_S]

Proton-Detected Solid-State NMR for Deciphering Structural Polymorphism and Dynamic Heterogeneity of Cellular Carbohydrates in Pathogenic Fungi | Journal of the American Chemical Society @nmr900 @MSUnews
@michiganstateu https://t.co/VmGhNcVFBl

[TuoWangLab @TuoWangLab]

13C and 1H solid-state NMR shows how alpha-glucan use different structures to anchor chitin, melanin, and capsules in cryptococcus #nmrchat

[TuoWangLab @TuoWangLab]

Congratulations to Subba @JYarava and Isha on their work of 1H-detection of cellular carbohydrates. Now out on JACS. @MSUChem #nmrchat

[TuoWangLab @TuoWangLab]

Proud to share that our postdoc Jayasubba @TuoWangLab received the Manrao-Rastogi Travel Award for Young Scientists and Ph.D. student Deb Kumar earned the Student Travel Award at ENC-ISMAR 2025. It was a rewarding experience to present our work and connect with the NMR community

[bioRxiv Biophysics @biorxiv_biophys]

Rapid High-Resolution Analysis of Polysaccharide-Lignin Interactions via Proton-Detected Solid-State NMR with Application to ... https://t.co/U9qlEaEwfe #biorxiv_biophys

[biorxiv_biochem @biorxiv_biochem]

Proton-Detected Solid-State NMR for Deciphering Structural Polymorphism and Dynamic Heterogeneity of Cellular Carbohydrates in ... https://t.co/ynS7s7p8k4 #biorxiv_biochem

[J. Am. Chem. Soc. @J_A_C_S]

Probing the Dynamics of Yersinia Adhesin A (YadA) in Outer Membranes Hints at Requirements for β-Barrel Membrane Insertion | Journal of the American Chemical Society @FU_Berlin @LeibnizFMP https://t.co/CbWt1ZuqRH

[Dr. Jayasubba Reddy Yarava @JYarava]

@amrit_venkatesh @ChemistryUVA Congratulations Amrit!

[TuoWangLab @TuoWangLab]

Check out our new study of the cell wall structure and antifungal response of C. albicans and the superfungus C. auris by 13C and 1H solid-state NMR and DNP. #NMRchat @ISHAM_Mycology @biorxivpreprint _microbio https://t.co/I2gt0j5N8u