We uncover how Gata4–Loxl2b signaling controls fibrosis and scar-free spinal cord regeneration in zebrafish, and show that targeting Loxl2b restores recovery.
Thrilled to share that our lab has received its first NIH award through an NIGMS R35 MIRA! Grateful to @NIH, NIGMS, my lab members, mentors, collaborators, colleagues, and @VandyPharm@VanderbiltU for making this possible. Looking forward to the next five years of discoveries!!
Brain Blast with the @VanderbiltBrain Institute this morning 🧠
We introduced young students to the regenerative capacity of the zebrafish spinal cord (with lots of colorful neurons!). It was so exciting to see how engaged they were.
Science outreach is so important 💡
Calling for your papers for the upcoming @BMCBiology collection “Regeneration: Wound Healing, Reprogramming, and Tissue Engineering.”
Excited to serve as Guest Editor and can’t wait to read your submissions!
https://t.co/LG7gILyNrP
Calling for your papers for the upcoming @BMCBiology collection “Regeneration: Wound Healing, Reprogramming, and Tissue Engineering.”
Excited to serve as Guest Editor and can’t wait to read your submissions!
https://t.co/LG7gILyNrP
Great to see our first lab review 🔗 https://t.co/W3waN38NUS included in the yearly Stem Cell & Developmental Biology Nature Portfolio Collection, “From aging to regeneration”: https://t.co/3W1pH2kJZD
Thanks to the reviewers & @BMCBiology for supporting our work! @timothy_faw
Systemic effects in #axolotl regeneration: Check out this great contribution from the Echeverry lab to our special edition @Nature_NPJ Regenerative Medicine https://t.co/5reILqQ7B6
Sam Altman, the visionary CEO of @OpenAI and one of the most influential figures in artificial intelligence, will deliver the opening keynote at the 2025 Vanderbilt Summit on Modern Conflict & Emerging Threats on April 10 at Vanderbilt University. https://t.co/tQoUBismgj