Please get in touch if you would like to conduct a Royal Society Newton International Fellowship in my group @QMUL. The topic would be either on polymer-based Synthetic Cells or polymerization reactions for disease diagnostics. Details of the scheme and relevant papers below:
📣 CALLING STUDENTS AND YOUNG POSTDOCS!
So far, mainly PIs and professors have registered. Join the event to network, define your scientific vision in this promising field, and compete for #awards.
❗️5 days left to register: https://t.co/zNV1SdTWHW
🗓️ 8-11 April
📍 @UniofOxford
Neural cells can detect and migrate in response to electric fields thanks to a voltage-sensitive phosphatase 1 (VSP1)! This discovery highlights the significant role of bioelectric signals in embryonic development and tissue formation.#bioelectricity https://t.co/56oJDWmPib
Decades of mechanobiology focused on forces, but bioelectricity has been largely overlooked—why? Limited tools held us back. Our new study provides a new tool to study this untapped field. Excited to push the boundaries with @CURAMdevices, @QMUL@uniofgalway& @UL!#Mechanobiology
A new study published in Advanced Science by CÚRAM researchers at @uniofgalway and @UL suggests that electrical stimulation might be essential for tendons to maintain their health, offering fresh possibilities in tendon repair and regeneration - More at https://t.co/Cbgdoi3ZG9
Our team's efforts in bio-imaging in live animals has been published on Science. If you are interested in our work, feel free to reach out to me and I am happy to chat and discuss future potentials!
https://t.co/AkbiXOlbNS
🚨Hiring Alert! Please RT!
My lab is anticipating new multi-year funding. We have multiple postdoc positions available in building immune organoids & rewiring immune cells using nanowires. Interested candidates, please see the flyer/link below. Contact me! https://t.co/nfYNjg8amZ
Are you a researcher interested in moving to the UK with #MSCA? 🇬🇧🎓
This webinar organised by @EuraxessUK is for you! The Chair of @mcaauk, @q5loisel, will participate in the event’s speaker panel.
🗓️ June 27
⏰ 10–11:30 (UTC+1)
Register: https://t.co/b18eU8vfLN
Step aside muscle, our new work shows that kidney and intestine tissue can also change shape and function when electrically stimulated (movie)! We call this ‘electroinflation’! Long overdue hurrah for @GawoonS* /IsaacBreinyn*, @almcalvo, Sameeksha. https://t.co/JUlREYfUlK
Happy to share our new paper on FAK-vinculin-talin regulation of YAP nuclear localization published in Biomaterials. Congrats Elijah!
https://t.co/cm0qpnocin
Happy to share our new paper on FAK-vinculin-talin regulation of YAP nuclear localization published in Biomaterials. Congrats Elijah!
https://t.co/cm0qpnocin
We have a new position available to join our new and growing synthetic biology, and chemical biology research community at Queen Mary. Please retweet / share.