Extremely delighted to receive the 2nd Best Poster award at the @SupraLife_EU first school. Thanking the organizers for this amazing opportunity of interacting with the leaders in the field. Thank you @Mohit_Chemist@bppebattaglia@MolBionics@IBECBarcelona for the support✨✨
Excited to share our publication in AngewChem showing chemical fuel driven assembly of phospholipid vesicles following a lipid metabolic pathway. A big shout out to @itsme_AaWee and all the collaboraors https://t.co/JtVceBtWiR
The PM Research Group invites motivated postdoc applications through CSIR (RA). Please connect with me if you are interested. I request my connections to spread the word.
Thank you!
CSIR application portal: https://t.co/MV9Ywi5v00
PM group webpage: https://t.co/xnUXpdxmUt
There are multiple openings at the PhD position in my group at @IITKgp . The online portal for PhD application is open: https://t.co/xJAaad5ZxC. Interested students please apply and feel free to contact me. I request to spread this ad. Group webpage: https://t.co/xnUXpdwP4V.
Delighted to share that my pitch on dynamic phospholipid vesicles took home 1st prize! Huge thanks to @nanoscale_rsc family for sponsoring the prize & @ActiveMatterES for organising the event!
Thanks @bppebattaglia and @Mohit_Chemist for the support!
📣2x PhD positions availible as part of MSCA doctoral network https://t.co/legXJ6JQEj for nanocarrier RNA delivery! (with visits and training across EU).
- DC5, Polymeric lipid formulations (@AlexCook222)
https://t.co/AIf1Pjz02l
- DC8, Active nanoparticle delivery
We are on the lookout for motivated and passionate students to fill Ph.D. positions (3) in our group! If you are eager to contribute, we want to hear from you!
👉 Apply now at JNCSAR Admissions https://t.co/nsENKq0VAF
@georgelabJNCASR@jncasr@NCU_JNCASR
This year’s #NobelPrize laureates in chemistry have revealed proteins’ secrets through computing and artificial intelligence.
Chemists have long dreamed of fully understanding and mastering the chemical tools of life – proteins. This dream is now within reach. 2024 chemistry laureates Demis Hassabis and John M. Jumper have successfully utilised artificial intelligence to predict the structure of almost all known proteins. This year’s chemistry laureate David Baker has learned how to master life’s building blocks and create entirely new proteins. The potential of their discoveries is enormous.
The ability to create proteins that are loaded with new functions is just as astounding. This can lead to new nanomaterials, targeted pharmaceuticals, more rapid development of vaccines, minimal sensors and a greener chemical industry – to name just a few applications that are for the greatest benefit of humankind.
What does a lion with a human head do? Maybe ancient Egyptians knew but we don't know now.
What does a phospholipid with sterol tail do? We do know now.
Pretty cool work from Sarah Keller's group.
https://t.co/b9S8yvKggj
Check out our latest work on heparin binding induced supramolecular chirality into perylenediimide assembly, published in JMC-B. Huge congrats to the team @ Poonam Sharma @itsme_AaWee@annalisa_ub@Organica_UB@IBECBarcelona
https://t.co/DaRRsTePYn
🚀 Kicking off the fisrt edition of the #B4Symposium organised by #IBEC.
🔬🧠 The event, promoted by @bppebattagli and Daniel González, focuses on the mechanisms underlying BBB physiology, its role in brain disorders, and nano/bioengineering strategies to deliver therapies.
Yesterday it took place the first IBEC – KAIST Symposium took place in the Scientific Park of Barcelona. An excellent opportunity to share very exciting and timely topics ranging from soft matter, self assembly, liquid crystals, nanoplasmonics, organ on a chip and synthetic cells