We create luminescent lanthanide complexes, MOFs and nanomaterials for bioanalytical applications and biological optical imaging in the near-infrared domain.
Very excited to read the article of Techno-Science about our recent article on nanothemometres in JACS. @SvetlanaCBM@LazaridesTh
Also available in French, German and Spanish.
🌡️ Nanothermometers capable of measuring temperature at the nanoscale https://t.co/Gf424IcOSq
We are very honored and excited that our article on coumarin-mettallacrowns for living cell NIR imaging has been selected as one of the 17 Most popular 2025 sensing & imaging articles of Chemical Science.
@SvetlanaCBM
https://t.co/T1lDWsBkGb
Delighed to announce the ASAP release of our latest article in JACS on Luminescent Lanthanide Metal–Organic Frameworks for Temperature Sensing.
https://t.co/Op9TQ5xlAN
In open access
A fantastic synergistic collaboration with @LazaridesGroup@SvetlanaCBM
Thrilled to share our article just published in @J_A_C_S on the selection of Ru-modified aptamers! Fantastic collaboration with @Hollensteinlab, congratulations to all authors!
https://t.co/HrYAbl0jwN
Proud of the publication of our chapter entitled "Molecular recognition, magnetic, and photophysical properties of 3d-4f metallacrowns in the Handbook on the Physics and Chemistry of Rare Earths. Available free of charge until November 27. https://t.co/7VhUie5NoJ
@SvetlanaCBM
Congrats @Fpsvf201 for her article accepted in @ChemicalScience demonstrating that encapsulating Cu(I)-NHC catalysts inside the cavity of modified cyclodextrins renders them harmless towards cancer cells.
@ChimieParisTech@CariouK@GiuliaSalluce
https://t.co/XMsJIfSgQT
Congrats to @KKuznetsovM, the new Dr. of our group @ChimieParisTech. Many thanks to @AnaisPittoBarry Svetlana Eliseeva, Zach Amara & Kawthar Bouchemal for being part of this jury. Thanks for your hard work Kirill and all the best for your postdoc!
@CariouK
We are very excited by our latest achievement in biological imaging using lanthanides. We created the first metallacrown suitable NIR imaging in living cells by appending four sensitizers on the backbone. Chemical Science : https://t.co/T1lDWsAMQD. @SvetlanaCBM @CBM_UPR4301
2025 Blaise Pascal Medal in Chemistry
Prof. Peter Sadler is honored with the 2025 Blaise Pascal Medal in Chemistry for his pioneering contributions to the field of bioinorganic chemistry and his lifelong dedication to advancing metal-based therapeutics.
https://t.co/lA0FTkgYFN
Congrats to @KKuznetsovM for his article just accepted in @ChemicalScience on the (photo-)cytotoxicity of some photocages, which were found to be far from being inert carriers. Wonderful collaboration with @ArthurHWinter@CariouK@ChimieParisTech
https://t.co/k1PvKmBe5h
Great time at the gala dinner in Orléans with @e_boros, Svetlana Eliseeva and @PetoudGroup and Stéphane Pétoud! What a nice atmosphere! Amazing view to the Loire river while drinking some nice local wines!
We are looking for candidates holding a PhD degree to join our research group at the Center for Molecular Biophysics, a CNRS unit in Orléans, France.
Click below for more information.
Do not hesitate to contact us !
https://t.co/j1Qys9H9rX
[LE STUDIUM Conference]
📣Registration for the ‘Seeing the Invisible: from Imaging Agents Design to Biological and Clinical Applications’ conference is now open!
🗓 26 - 28 May 2025
📍 Hôtel Dupanloup
👉Registration : https://t.co/7CcxoNwbiK
@RCValdeLoire@CNRS
We are thrilled to announce our latest communication in Angewandte Chemie. The sensitization of NIR emitting lanthanides in metallacrowns as a new step for multiplex detection - https://t.co/ZSyCxXQKFI. Available as open access article. @SvetlanaCBM @CBM_UPR4301
6 months M2 training at the Centre de Biophysique Moléculaire in Orléans : Synthesis and characterization of lanthanide-based metallacrowns for near-infrared biological imaging https://t.co/ZbW9mgUpgx
6 months M2 training at the Centre de Biophysique Moléculaire in Orléans : Synthesis and characterization of lanthanide-based metallacrowns for near-infrared biological imaging https://t.co/ZbW9mgUpgx