Dawei Qi 齐大卫
@qi_dawei
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🇨🇳Postdoc in the NMR research unit @UniOulu🇫🇮. PhD in the @Jianwei_Chem Group, @MedicityL @UniTurku🇫🇮. NMR, systems chemistry, biomaterials, biomedicine.
Turku, Finland
Joined August 2019
My Ph.D. study was about integrating macromolecular dynamics with dynamic combinatorial chemistry (DCC). Here is the first part accepted by @angew_chem. We @Jianwei_Chem developed DCC as a new crosslinking chemistry for the single-chain polymer folding. https://t.co/MaQOGDqxXt
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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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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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The graduate student Mingrui Xiao's fascinating discovery—molecular inherent chirality can be controlled and visually identified by color! Many thanks to @FANGShuai08 for cooperation. https://t.co/fO1vztN5xO
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Just out in @ChemRxiv : More than a leaving group. We show how phosphate leaving groups can regulate reaction pathways and drive orthogonal amide bond formation. Well done @sharmaarti796
https://t.co/J0Q3d4PVFt
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Are lateral lipid-phase diffusion coefficients pertinent to dermal absorption? | Johannes M. Nitsche @ubcbe11 | [50 days' free access] #DermalAbsorption #diffusion
https://t.co/YkaqCIxamn
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So excited that our lab's first home-grown paper is now available on ChemRxiv! Kinetic NMR screening: rapidly quantifying fast ligand dissociation in fragment mixtures using 19F relaxation dispersion | https://t.co/3zp8iYpbXx
#nmrchat
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Super-resolution NMR from the usual suspects. 🤓
science.org
Super-resolution triple-resonance NMR spectroscopy facilitates automated protein assignment.
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We are pleased to share our latest research published in @angew_chem showing a stereochemically controlled synthesis of [9]Cycloparaphenylene-Pillar[5]arene multicavity macrocyclic hosts. https://t.co/0yIpEotVr8
onlinelibrary.wiley.com
This study presents a stereochemically controlled synthesis of [9]cycloparaphenylene-pillar[5]arene trimers using a social chiral self-sorting strategy with a triangular gold complex. This selective...
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🚨New in @NatureNano! We developed a biomimetic #nanomedicine carrying Anxa1 #mRNA that targets inflammatory macrophages, restores efferocytosis & blocks the STING pathway, protecting the pancreas in acute pancreatitis.🔗 https://t.co/oehaOSD7kx
@nova_medschool
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. @NatureComms (open) Seedless: on-the-fly pulse calculation for NMR experiments, Charles Buchanan, Gaurav Bhole, Gogulan Karunanithy, Virginia Casablancas-Antràs, Adeline Poh, Benjamin Davis, Jonathan Jones* & Andrew Baldwin* https://t.co/LMwgoPSNAr
#NMRchat #NMR 🧲
nature.com
Nature Communications - The authors develop a computational tool to design NMR pulses, based on the GRadient Assisted Pulse Engineering approach, that can calculate optimal pulse shapes on the fly...
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How to detect sub-milimolar concentration of amino acids with benchtop NMR? Use nh-PHIP! The fresh-from-over effect of collaboration with Indrek Reile. Hopefully, first of many #nmrchat @ICHF_PAN @NICPB @NCN_PL
pubs.rsc.org
Parahydrogen based nh-PHIP hyperpolarization is used to circumvent the sensitivity and resolution limitations of affordable benchtop spectrometers, allowing the detection and resolution of a mixture...
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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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Honoring Prof. Thomas Prisner, winner of the 2025 Richard R. Ernst Prize at #EUROMAR2025! His pioneering work in EPR & DNP-enhanced #NMR is transforming biomolecular research. @prisnerlab @GUmobilitaet Learn more: https://t.co/2IbhisT7aQ
#Bruker #ScienceExcellence #EPR #DNP
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I’m humbled and excited to give a flash talk about my PhD and future study about Laplace NMR, systems chemistry and polymer dynamics in the prestigious #EUROMAR conference.
Parallel small molecules and pharmaceuticals: Big shoutout to parallel speakers: Christina Thiele and Ralph Adams , oral speakers: Judith Schlagnitweit and Boris Gouilleux and four flash talk speakers for presenting their remarkable work! #EUROMAR2025 #NMR #MRI #EPR #ESR
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Parallel 3, Hyperpolarization session: Parallel speakers: Leif Schröder and Gabriele Stevananto, Oral presenters: Daphna Shimon and Zhenfeng Pang and 4 flashtalks are showcasing their work at the Euromar 2025 conference! #EUROMAR2025 #NMR #MRI #EPR #ESR
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The BioNMR session 1 at Madetoja Hall 🏛️ featured parallel talks🎙️ by Sirgit Milles and Thibault Viennet, oral presentations by Aude Sadet and Elise Delaforge, and four engaging flash talks ⚡, a packed session of exciting science. #EUROMAR2025 #NMR #MRI #ESR #EPR
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