Durham, NC
Joined April 2009
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Check out our new pre-print about Multi Camera Array Microscope! In collaboration with the @HorstmeyerLab, we showcase a new microscope technology that can capture gigapixel-scale video of freely zebrafish and other moving model organisms! Bravo @Eric__Thomson @markharfouche!
eva a naumann retweeted
Scientists have developed a realistic #zebrafish simulation that can replicate how real larval zebrafish maintain their body position in flowing water, providing insight into the circuits guiding adaptive #visuomotor behaviors. @BIOROB_EPFL
scim.ag/3J96s7n
eva a naumann retweeted
The October issue of Science #Robotics is out!
This month's cover highlights a #zebrafish-inspired robot that can replicate visually guided #optomotor responses to stabilize its position against river currents. Learn about this research and more: scim.ag/48ZzS2o
eva a naumann retweeted
A new Science #Robotics study demonstrates that a robotic #zebrafish with embodied sensorimotor circuits can reorient itself to counteract currents in a river, replicating the #optomotor response in real zebrafish. scim.ag/3J96s7n
Thanks to a spectacular team including @pavikonda Kanghyun Kim, Shiqi Xu @clvcooke @timwdunn @robin_blazing Whitney Jacobs, Yang Chen, Sunanda Sharma, Jaehee Park, Catherine Seitz- extra thanks to @KJHerr23 for 3D movie
eva a naumann retweeted
Check out our new pre-print about Multi Camera Array Microscope! In collaboration with the @HorstmeyerLab, we showcase a new microscope technology that can capture gigapixel-scale video of freely zebrafish and other moving model organisms! Bravo @Eric__Thomson @markharfouche!
The MCAM opens up a new dimension in the area of performing behavioral analysis at large spatial scales, with associated software for 3D tracking, behavioral analysis, and fluorescent neural activity measurement across dozens of organisms simultaneously.
eva a naumann retweeted
Virtual Workshop on Functional Logic of Neural Circuits: Diamonds in the Rough, June 10-11. Stay tuned! sites.google.com/njit.edu/di… @GalHaspel @edizquierdo @evaaimable
glad to be honored like this- but if I see further (into the zebrafish brain) it is by standing on the shoulders of giants and a supportive environment @steve_lisberger @DukeNeuro and a great lab! naumannlab.org. #SloanFellow
So honored to be part of this group- thanks to the Sloan Foundation and congratulations to all the awardees!
Grateful to be recognized along side good friends and colleagues including @IshmailSaboor, @katietschida1, @BenMatthewsUBC, & @EvaNaumann. Congrats to all the awardees!
eva a naumann retweeted
Here's our @sacnas exhibit schedule for the week. So many options...so little time! Be sure to stop by when your program of interest is there! @DukeSACNAS @DukeMedSchool @DukeGradSchool #SACNAS2020
ALT Duke University SACNAS schedule
eva a naumann retweeted
Exciting new all-optical data, fresh off a new prototype!
Showing off beautiful holographic optogenetic activation of the circled neurons in this photostimulus triggered average of GCaMP6s responses
All-optical superstar and Certified ImageJ Ninja @robmlees at the helm
eva a naumann retweeted
I'm super honored and excited to have been chosen as a Swartz Foundation Fellow for Theory in Neuroscience this year! Very thankful to have the opportunity to work with @jmxpearson as well as @evaaimable at @DukeU neuro.duke.edu/research/rese…
@SwartzCompNeuro @DukeBiostats @DukeNeuro
eva a naumann retweeted
Here's a new #b3d animation I put together for the @EngertLab to provide a quick explanation of the optomotor response in larval #zebrafish
bit.ly/2RL3yYM
eva a naumann retweeted
I've recievced many calls and emails from colleagues asking for advice on what to do. Twitter isn't optimal, but I have grants and papers to get done, so this will have to do. In anticipation of this planning meeting... some concrete agenda items. 1/n shutdownstem.com/
eva a naumann retweeted
Kristian! He is the man!!
Here's a new #b3d animation I put together for the @EngertLab to provide a quick explanation of the optomotor response in larval #zebrafish
bit.ly/2RL3yYM
eva a naumann retweeted
Moments like this don't happen without a ton of mentors and coaches investing in you. It would do their contributions an injustice to simply list and tag them, but you can read all about this cast of remarkable men and women when the memoir comes out 😉
Congratulations to @KafuiDzirasa from @DukeU for winning the Young Investigator Award on Monday at #SfN19! The Young Investigator Award is supported by @Sunovion.
eva a naumann retweeted
The Severi Lab @NJIT is recruiting for PhD students and a postdoctoral researcher interested in neural circuits controlling locomotor behavior in the larval #Zebrafish! Please RT and share. I'll be at #SfN19 all week please contact if interested! Links on lab website.
eva a naumann retweeted
Our story on the homeostatic control of #appetite in #zebrafish is finally out @eLife. While we often think of hunger as a single unified state that is opposed to satiety, we find that the zebrafish hypothalamus encodes two very distinct states of hunger. elifesciences.org/articles/4…
eva a naumann retweeted
Check out this thorough overview of genetically encoded voltage indicators (GEVIs) in @Nature, highlighting advances from a handful of BRAIN Initiative scientists, including @eboyden3, @vpieribone, @MishaAhrens, Liam Paninski and others tinyurl.com/y4rtzzfm