Atousa Moayedi
@atousamoayedi.bsky.social
Research enthusiast, Biomedical engineer, Postdoctoral Research Associate at The University of Sheffield
Read more about my recent publication here:
A new 3D map of calcified fibrocartilage reveals how its structure responds to stress, offering insights that could inform improved treatments for tendon-to-bone injuries. doi.org/hbcnbf
3D map sheds light on why tendons are prone to injury
Scientists at the University of Portsmouth have created the first detailed 3D map of how a crucial piece of connective tissue in our bodies responds to the stresses of movement and exercise.
medicalxpress.com
November 26, 2025 at 3:01 PM
Read more about my recent publication here:
Reposted by Atousa Moayedi
A new 3D map of calcified fibrocartilage reveals how its structure responds to stress, offering insights that could inform improved treatments for tendon-to-bone injuries. doi.org/hbcnbf
3D map sheds light on why tendons are prone to injury
Scientists at the University of Portsmouth have created the first detailed 3D map of how a crucial piece of connective tissue in our bodies responds to the stresses of movement and exercise.
medicalxpress.com
November 25, 2025 at 3:16 PM
A new 3D map of calcified fibrocartilage reveals how its structure responds to stress, offering insights that could inform improved treatments for tendon-to-bone injuries. doi.org/hbcnbf