Cambridge Chemistry
@ChemCambridge
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Twitter account for the Yusuf Hamied Department of Chemistry at the @Cambridge_Uni. Tweeting 9-5 M-F for all chemistry lovers!
Cambridge, England
Joined June 2015
Researchers found that water trapped in nanometre-scale pores can dissolve 30x m.ore CO₂ than ordinary water This “oversolubility” effect could revolutionise carbon capture tech. https://t.co/lJaefzFsno
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Professor Melinda Duer and Professor Gonçalo Bernardes both spoke at the Smart Medicines: The Future of Targeted Therapeutics webinar. If you missed it, you can now watch it online: https://t.co/MZoVrz8Ohq
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Holiday shipping season is here. Whatever the size, we have a box to fit it. Order today – get it tomorrow.
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Scientists capture first molecular-scale images inside biomolecular condensates: These condensates are essential for regulating gene expression, DNA repair and stress responses, uncovering fundamental principles of cellular organisation. https://t.co/1J15sHFxTe
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Professor Alexander Forse awarded the 2025 Philip Leverhulme Prize in Chemistry! he Forse Group, whose work is driving innovative solutions for climate change, including carbon capture technologies and advanced energy storage. https://t.co/qyWujE7qJm
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If you want evidence of science making a tangible difference, Prof Tuomas Knowles @KnowlesLabCamb has 5 successful companies to show you. Find out how the foremost protein scientist is tackling real-world problems with breakthroughs in the lab: https://t.co/0aY2Zk2LJ0
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What if your money could do more than grow? Robin John’s new book shows you how your investments can honor God and serve your neighbor. Join the Good Investor Movement and start investing with purpose!
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Nice to re-connect with the University #alumni community 🤝 Erwin gave a talk to update @Cambridge_Uni graduates on the exciting #science that our @ChemCambridge Department keeps fostering 🧪 🚀
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For the first time, scientists have seen the tiny protein clusters thought to 'trigger' Parkinson’s disease 🧠 Using a new imaging technique, this could reveal how the disease spreads – and how to treat it. New research from @ChemCambridge @ucl @TheCrick and @polymtl 👇
cam.ac.uk
These tiny clusters, called alpha-synuclein oligomers, have long been considered the likely culprits for Parkinson’s disease to start developing in the brain, but until now, they have evaded direct
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Join us in thirty minutes on YouTube to watch Prof Erwin Reisner give his talk on The Photon Economy and discover the cutting edge innovations in solar power and sustainable energy. https://t.co/aZJkKFAwDS
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Our researchers have found a smarter way to activate the immune system against cancer – making treatments safer and more precise. #Chemistry
https://t.co/P5Tcfyc05g
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What if your sore joints could treat themselves? 🦴 @ChemCambridge scientists have developed an ‘artificial cartilage’ that could transform treatment for arthritis – and improve outcomes for millions of people. Learn more about this 'squishy' material 👇 https://t.co/oGzEz0M9Pm
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The 2025 Caldarelli Prize in Magnetic Resonance @alpineconferen1 is awarded to Alexander Forse @alexforse1 @ChemCambridge for his pioneering contributions in the development and application of solid-state NMR spectroscopy https://t.co/itiNMXNazT
#NMRchat #NMR 🧲
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Gift cards are boring. Wine is forgettable. Give them USDA Prime steaks — delivered right to their door. 8 FREE Steak Burgers + FREE shipping ($145 value) with code SANTA149 Orders $149+ qualify →
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The Scherman Group has developed a material that can detect subtle changes in the body, such as during an arthritis flare-up, and release drugs exactly where and when they are needed. https://t.co/Bcy1utgcXX
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Researchers have found a way to 'freeze' brain cancer cells in place – stopping them from spreading. Early-stage results could lead to a new type of treatment for glioblastoma, the most common and aggressive brain cancer, say scientists @ChemCambridge 👇 https://t.co/A8Dr0sfjvr
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The Duer group have found a way to stop brain cancer cells spreading by essentially ‘freezing’ a key molecule in the brain. The finding could pave the way for a new type of treatment for glioblastoma, the most aggressive form of brain cancer. https://t.co/x3rGxv0zGW
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We are currently in the process of filling a vacancy for a Melville Laboratory Coordinator (Temp Cover). The advert can be found on the University Job Opportunities website
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We are currently in the process of filling a vacancy for a Departmental IT Manager (Part Time) . The advert can be found on the University Job Opportunities website https://t.co/7x7mktxMTn
#jobsearch
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For our 25@25 series, @jerelleaj talks about how she uses computational approaches to understand the role of biomolecular condensates in cells & what happens when they are disrupted. #chemistry #condensates #gatescambridge25
@GatesAlumni @ChemCambridge @ChurchillCol
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These cozy knitted stockings are perfect for keeping your feet warm on chilly winter nights. Whether you’re lounging around the house, watching TV, or wearing slippers or shoes, they add comfort and style to your everyday moments.
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Olivia Dovernor built a 3D fluorescence microscopy system to map gel networks & track molecular diffusion during her PhD in the Lee Lab & Scherman Group. Discover her research and her entrepreneurial work at @stjohnscam
https://t.co/rePIwEhGr5
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A Charge-Driven Strategy for Covalent Modification and Modulation of Biomolecular Condensates | Journal of the American Chemical Society @ChemCambridge @Cambridge_Uni
pubs.acs.org
Small-molecule modulation of biomolecular condensates has emerged as a novel and attractive therapeutic modality. Increasing evidence implicates dysregulated condensate formation in neurodegenerative...
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Collinear Jahn–Teller Ordering Induces Monoclinic Distortion in “Defect-Free” LiNiO2 | Journal of the American Chemical Society @ChemCambridge @Cambridge_Uni
pubs.acs.org
Lithium nickel oxide, LiNiO2 (LNO), and its doped derivatives are promising battery cathode materials with high gravimetric capacity and operating voltages. They are also of interest to the field of...
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