Saxena Lab
@saxenalab.bsky.social
www.saxenalab.com
We study how stem cells migrate and differentiate into neurons and how cancer cells can hijack some of those mechanisms.
We study how stem cells migrate and differentiate into neurons and how cancer cells can hijack some of those mechanisms.
Thank you, we appreciate the kind words, particularly from a fellow olfactory aficionado! :-)
September 11, 2025 at 1:30 PM
Thank you, we appreciate the kind words, particularly from a fellow olfactory aficionado! :-)
We discovered that progenitor cells build transient neighborhoods to integrate both underlying genetic circuits and external signals. Our findings showcase how the dynamic arrangement of groups of cells is critical for executing programs of neurogenesis in vivo. 3/3
July 3, 2025 at 5:16 PM
We discovered that progenitor cells build transient neighborhoods to integrate both underlying genetic circuits and external signals. Our findings showcase how the dynamic arrangement of groups of cells is critical for executing programs of neurogenesis in vivo. 3/3
#Neurons in the nose regenerate throughout an organism's lifetime. How do olfactory stem cells funnel fluctuating signals to sustain this continuous process? #DevBio #Neuroscience #SystemsBiology #SelfOrganization #Zebrafish @uabcdib.bsky.social @uabneuro.bsky.social 2/3
July 3, 2025 at 5:16 PM
#Neurons in the nose regenerate throughout an organism's lifetime. How do olfactory stem cells funnel fluctuating signals to sustain this continuous process? #DevBio #Neuroscience #SystemsBiology #SelfOrganization #Zebrafish @uabcdib.bsky.social @uabneuro.bsky.social 2/3