📣 📣 📣 Optically Guided Tension Clamp 📣 📣 📣

Now out: Michael Sindoni developed a new system that uses machine learning & closed-loop control to clamp membrane tension with high precision. Study your favorite force-gated ion channel!
#IonChannel #Biophysics

Read more: www.cell.com/biophysj/ful...

3) BIOPHYSICAL CHARACTERIZATION OF THE HUMAN FORCE-GATED ION CHANNEL PIEZO2.


Poster B377. Wednesday, Feb 19 10:30 AM

2) PIEZO1 ION CHANNELS ARE CAPABLE OF CONFORMATIONAL SIGNALING.


Platform. Monday, Feb 17 12:00 PM
Poster B381. Wednesday, Feb 19 10:30 AM

Our lab will be presenting 1 talk at 3 posters at the upcoming Biophysical Society Annual Meeting. If you are attending we would love to connect with you and show our work:

1) A CLOSED-LOOP SYSTEM FOR MILLISECOND READOUT AND CONTROL OF MEMBRANE TENSION.

Poster B284. Monday, Feb 17 1:45 PM

To catch up, I recently had the opportunity to give a seminar at Johns Hopkins - Neuroscience. How much fun to meet my former Scripps Chair Uli Mueller and @ardemp.bskyverified.social postdoc colleague Zhaozhu Qiu, and make new friends Alex Kolodkin, Edward Twomey, and Xinzhong Dong.

Excited to join Bluesky today! As an ion channel biophysicist, Professor at Duke Neurobiology, and Director of Graduate Studies I will be sharing my insights. Plus the occasional post of my private life. Please help me connect to my community by sharing this post.

Follow the work of the Grandl Lab: sites.duke.edu/grandllab/