TuoWangLab
@TuoWangLab
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Solid State NMR | Plant Cell Walls | Fungal Cell Walls | CCMRD database | Proteins | Algae
East Lansing, MI
Joined November 2019
New review article on the solid-state NMR stuidies of fungal and plant cell walls @TheCellSurface. #nmrchat Thanks @neil_gow for highlighting the article.
Excellent new review led by Tuo Wang on how solid state NMR is transforming our understanding of fungal cell wall organisation. https://t.co/Q8hzBrdhCs.
@MRCcmm @eurconfmedmycol @youngisham @MicrobioSoc @NatureRevMicro @ASMicrobiology @GW4AMR @AFGTweets
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Happy to host a booth at the Chemistry Day event for demonstrating the beauty of biochemistry, NMR, microbes, and plants to kids in Lansing area.
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A new collaborative study on Green Chem using solid-state NMR to differentiateg xylan hydrolysis behaviours and identify novel lignin bond cleavage and condensation pathways.
pubs.rsc.org
Harvesting sustainable aromatic chemicals from lignocellulosic biomass is a critical part of a bio-based economy. Ideal whole-biomass utilization strategies have been developed for lignin valorizat...
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Our new perspective @CellRepPhysSci regarding how NMR-based structural insight could possibly guide future utilization of lignocellulose and plant materials. https://t.co/aPfxR9dtz3
cell.com
Advances in solid-state NMR techniques have shifted the paradigm of how plant cell wall organization and lignin-carbohydrate interactions are understood. Debnath et al. highlight the potential of...
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Using solid-state NMR, our team identified the mysterious function of Kre6 in #Aspergillus. Data show that beta-1,6-glucan is only synthesized in conidia, instead of mycelia, of A. fumigatus. #mycology #NMRchat
https://t.co/CfRwojKGuz
journals.asm.org
This study shows for the first time that β-1,6-glucans are found in Aspergillus fumigatus. Interestingly, this polysaccharide was specifically identified in conidia.
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Join us on Thursday for the first #MycoTalks of Season 6 with talks from Angie Gelli and Tuo Wang @TuoWangLab 🗓️ Thursday 25 September 🕓 16:00 (UK time) 📍 Online – open to all! 🔗 Register now to secure your spot: https://t.co/5HMiAy8HgH
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Tuo Wang Research Group is seeking a postdoctoral coworker. Experience with solid-state NMR, solution NMR, or DNP is preferred. The position is available immediately. Please contact Tuo by email if you have interest. Position immediately available. #nmrchat
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Our new study @NatureComms: Solid-state NMR reveals the evolving pattern of lignin-polysaccharide interactions along Arabidopsis infloresence stems as a function of developmental stage. #nmrchat #PlantBiology @MSUChem @MSUNatSci
nature.com
Nature Communications - Solid-state NMR reveals that lignin-carbohydrate contact patterns, rather than lignin amount, shape the structure and property of plant cell walls, highlighting distinct...
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Another new study using 1H solid-state NMR methods for rapidly assessing polysaccharide-lignin interactions using intact plant cells. #nmrchat #glycotime @MSUChem Now in Anal Chem.
pubs.acs.org
The plant secondary cell wall, a complex matrix composed of cellulose, hemicellulose, and lignin, is crucial for the mechanical strength and water-proofing properties of plant tissues, and serves as...
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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
pubs.acs.org
The plant secondary cell wall, a complex matrix composed of cellulose, hemicellulose, and lignin, is crucial for the mechanical strength and water-proofing properties of plant tissues, and serves as...
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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
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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
onlinelibrary.wiley.com
Cryptococcus neoformans cell wall α-1,3-glucans as dual anchors for melanin and capsule: Solid-state NMR of intact C. neoformans cells reveals five forms of α-1,3-glucans that structurally bridge...
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Check out our new study @PNASNews: Solid-state NMR reveals that two α-amylase-like enzymes drives α-glucan network formation in the fission yeast S. pombe. @PomBase #nmrchat @MSUChem @Gould_Lab
https://t.co/waFItsBHDj
pnas.org
Cell walls are critical structures of fungi, bacteria, and plants, providing mechanical strength, maintaining shape, and protecting cells from envi...
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Happy to share that I have been promoted to professor on July 1. Thanks my collegaues for your support. I will strive for greater contributions to both science and my academic home in the years ahead. @MSUChem
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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
nature.com
Nature Communications - The prevalent fungal pathogen, Candida albicans, and the emerging multidrug-resistant superfungus, Candida auris, share the same initial cell wall architecture but remodel...
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Feel honored to be recipient of this year’s AMPERE prize for young investigator.
What an opening! A fantastic lineup of prize winners: 🏆 Prof. Thomas Prisner – Richard R. Ernst Prize 🏆 Dr. Nergiz Sahin Solmaz – Raymond Andrew Prize 🏆 Prof. Tuo Wang – Ampere Prize for Young Investigators Congratulations to all! #EUROMAR2025 #NMR #EPR #MRI #ESR
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