Jingjing Yu
@JingjingYu_Chem
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Postdoctoral researcher @FSchaufelberger Lab at KTH, Stockholm.
Joined September 2019
We have an opening for a new PhD student in my group at @warwickchem for a Autumn 2025 start. Join us and help make cool mechanically interlocked molecules with healthcare applications ⛓🧪🔬🥼. Please RT and spread to any interested candidates😁. https://t.co/BDsXtlgBsy
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Our work on using dynamic boronic esters to make and modify rotaxanes is out in @ChemicalScience
https://t.co/Pu4pSIyqDt. Massive congrats to @JingjingYu_Chem @MariusGaedke @satyajitdasiit @AgSchalley Daniel on this milestone for our little lab ❤️! Let's uncork the whisky 🥃🍾🎈
pubs.rsc.org
We report on the synthesis of [2]rotaxanes from vicinal diols through dynamic covalent boronic ester templates, as well as the use of the boronic ester for rotaxane post-functionalisation. A boronic...
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Really sad to say goodbye to our amazing postdoc @JingjingYu_Chem after 2.5 years together. Jingjing has been part of the lab from the very start and achieved amazing things during his time here✨🤩🦝. Look out for many manuscripts from him the near future!
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First research paper from our group now out on ChemRxiv https://t.co/0he9mlZlQv ❤️🍀❤️🍀! Rotaxanes from vicinal diols - perhaps a step towards future biocompatible artificial molecular machines? Wonderful work @JingjingYu_Chem
@MariusGaedke @satyajitdasiit Daniel @AgSchalley 🤩
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#OnTheCover Dynamic Covalent Chemistry for Synthesis and Co-conformational Control of Mechanically Interlocked Molecules by @JingjingYu_Chem, @MariusGaedke and @FSchaufelberger #NextGenOrgChem
https://t.co/2aY5mnEKkr
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Dynamic Covalent Chemistry for Synthesis and Co-conformational Control of Mechanically Interlocked Molecules by @JingjingYu_Chem, @MariusGaedke, and @FSchaufelberger #OpenAccess #NextGenOrgChem
https://t.co/2aY5mnEKkr
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Very happy that the first publication from our group at KTH is now online. @JingjingYu_Chem and @MariusGaedke wrote this nice review on using dynamic covalent chemistry to make mechanical bonds @EurJOC. Huge congratulations guys - what a milestone🎈🎉🎈!! https://t.co/NAZ0YSSQpt
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Happy to share my first research work after PhD @Jianwei_Chem lab. How can the LLPS micro-droplets to form the robust supramolecular soft materials, feel free to check more details here.
Excited to share our just online paper @angew_chem. The formation of supramolecular plastics was driven by #LLPS during the self-assembly of small molecules. This work may trigger more eco-friendly materials for sustainable development. Interested? see:
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#minätutkin functional nanomaterials emerging from dynamic molecular networks by a smart self-synthesising strategy. We aim to uncover the mechanism and use them to treat drug-resistant cancer and as degradable and recyclable plastics.@SuomenAkatemia @SigridJuselius @UniTurku
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Thank you @CommsChem for giving us the opportunity of summarizing the design, synthesis and application of responsive macrocycles and @JingjingYu_Chem and @qi_dawei for their contribution to the paper.
nature.com
Communications Chemistry - Macrocycles have been widely studied for their structure-specific and highly selective recognition properties. Here the authors review the design, synthesis and...
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