www.geillerlab.com
We’re looking for someone with a strong molecular biology/biochemistry background who’s eager to learn multiphoton imaging + behavior. No systems neuro experience needed!
Our lab will be at SfN (poster PP3, Monday PM) - happy to chat!
We’re looking for someone with a strong molecular biology/biochemistry background who’s eager to learn multiphoton imaging + behavior. No systems neuro experience needed!
Our lab will be at SfN (poster PP3, Monday PM) - happy to chat!
We’re looking for someone with a strong molecular biology/biochemistry background who’s eager to learn multiphoton imaging + behavior. No systems neuro experience needed!
Our lab will be at SfN (poster PP3, Monday PM) - happy to chat!
www.snelllab.org/contact-2
www.snelllab.org/contact-2
Respecting local tradition the first session was ⚽️ 🏖️🏆🥇
Great to play with @melgaby.bsky.social after 8 years! (of course he’s as competitive as ever 😅)
@jakefwatson.bsky.social @tristan-geiller.bsky.social ⭐️
Respecting local tradition the first session was ⚽️ 🏖️🏆🥇
Great to play with @melgaby.bsky.social after 8 years! (of course he’s as competitive as ever 😅)
@jakefwatson.bsky.social @tristan-geiller.bsky.social ⭐️
If you want to use Holographic Optogenetics to understand neural codes, the motor system, or something else fun let me know. We have federal and non-federal (aka stable) funds.
oldenburglab.com
If you want to use Holographic Optogenetics to understand neural codes, the motor system, or something else fun let me know. We have federal and non-federal (aka stable) funds.
oldenburglab.com
Read more about his research 👇
Read more about his research 👇
Rutgers has its listing (jobs.rutgers.edu/postings/240...) but I'm not sure how most people would find it.
Rutgers has its listing (jobs.rutgers.edu/postings/240...) but I'm not sure how most people would find it.
We used deep 2p imaging to probe different segments of area CA3 during spatial behaviors and used computational models to link our findings to the underlying recurrent circuitry in those subregions.
www.biorxiv.org/content/10.1...
We used deep 2p imaging to probe different segments of area CA3 during spatial behaviors and used computational models to link our findings to the underlying recurrent circuitry in those subregions.
www.biorxiv.org/content/10.1...
neuroscience.mssm.edu/docs/Faculty...
Initial review will begin next week!
neuroscience.mssm.edu/docs/Faculty...
Initial review will begin next week!