George Heath
@georgerheath.bsky.social
Group leader, Bio High-Speed Atomic Force Microscopist at the University of Leeds
#AFM #membranes #biophysics #Proteins #microscopy
https://heath-afm-lab.github.io/
#AFM #membranes #biophysics #Proteins #microscopy
https://heath-afm-lab.github.io/
Join us in Leeds next Summer for: AFM & SPM 2026
Co-organised with Lekshmi Kailas, Kristina Rusimova, Samuel Jarvis and Jess Cole from the Royal Microscopical Society.
#AFM #SPM #Microscopy
Co-organised with Lekshmi Kailas, Kristina Rusimova, Samuel Jarvis and Jess Cole from the Royal Microscopical Society.
#AFM #SPM #Microscopy
September 24, 2025 at 1:29 PM
Join us in Leeds next Summer for: AFM & SPM 2026
Co-organised with Lekshmi Kailas, Kristina Rusimova, Samuel Jarvis and Jess Cole from the Royal Microscopical Society.
#AFM #SPM #Microscopy
Co-organised with Lekshmi Kailas, Kristina Rusimova, Samuel Jarvis and Jess Cole from the Royal Microscopical Society.
#AFM #SPM #Microscopy
Squeeze more out of your AFM images with NanoLocz v1.3 💪
Download the updated version here:
github.com/George-R-Hea...
Download the updated version here:
github.com/George-R-Hea...
May 29, 2025 at 3:13 PM
Squeeze more out of your AFM images with NanoLocz v1.3 💪
Download the updated version here:
github.com/George-R-Hea...
Download the updated version here:
github.com/George-R-Hea...
Postdoc Varun Gupta will be presenting some great AFM in the 1st session of the Linz Winter Workshop this weekend ⛷️👏
January 28, 2025 at 11:48 AM
Postdoc Varun Gupta will be presenting some great AFM in the 1st session of the Linz Winter Workshop this weekend ⛷️👏
Please share, we have #PhD opportunities for anyone interested in filming the #Biophysics of life at the nanoscale.
Full details at: heath-afm-lab.github.io/positions/
Projects based around developing and applying High-Speed Atomic Force Microscopy methods to understand molecular dynamics.
Full details at: heath-afm-lab.github.io/positions/
Projects based around developing and applying High-Speed Atomic Force Microscopy methods to understand molecular dynamics.
December 10, 2024 at 11:55 AM
Please share, we have #PhD opportunities for anyone interested in filming the #Biophysics of life at the nanoscale.
Full details at: heath-afm-lab.github.io/positions/
Projects based around developing and applying High-Speed Atomic Force Microscopy methods to understand molecular dynamics.
Full details at: heath-afm-lab.github.io/positions/
Projects based around developing and applying High-Speed Atomic Force Microscopy methods to understand molecular dynamics.
Delighted to welcome @eddierollins.bsky.social to the group as a new postdoc!
Eddie brings a wealth of expertise in bioAFM and will be applying his skills to develop high-speed AFM methods to better understand protein dynamics and interactions.
Eddie brings a wealth of expertise in bioAFM and will be applying his skills to develop high-speed AFM methods to better understand protein dynamics and interactions.
November 12, 2024 at 3:46 PM
Delighted to welcome @eddierollins.bsky.social to the group as a new postdoc!
Eddie brings a wealth of expertise in bioAFM and will be applying his skills to develop high-speed AFM methods to better understand protein dynamics and interactions.
Eddie brings a wealth of expertise in bioAFM and will be applying his skills to develop high-speed AFM methods to better understand protein dynamics and interactions.
Real time view of High Speed AFM data capture at 35fps. This is a 20nm x 20nm area showing an annexin V trimer rotating within a lattice. (Data from 2022)
#AFM #microscopy
#AFM #microscopy
November 11, 2024 at 7:49 PM
Real time view of High Speed AFM data capture at 35fps. This is a 20nm x 20nm area showing an annexin V trimer rotating within a lattice. (Data from 2022)
#AFM #microscopy
#AFM #microscopy