![Andres Bendesky(@bendesky) 's Twitter Profileg](https://pbs.twimg.com/profile_images/798044350404034560/iIRyRTYn_200x200.jpg)
Andres Bendesky
@bendesky
Neuroscience – behavior – genetics – evolution
@ZuckermanBrain and @E3BColumbia
@bendesky.bsky.social
ID:910466912
http://bendeskylab.com 28-10-2012 14:54:22
1,8K Tweets
1,5K Followers
455 Following
![Kevin Mitchell(@WiringTheBrain) 's Twitter Profile Photo Kevin Mitchell(@WiringTheBrain) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1695480045756690432/y_16OEt-_200x200.jpg)
![Sam Ghali, M.D.(@EM_RESUS) 's Twitter Profile Photo Sam Ghali, M.D.(@EM_RESUS) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1693955499513798656/lSAWltNa_200x200.jpg)
![Hakhamanesh Mostafavi(@Hakha_Most) 's Twitter Profile Photo Hakhamanesh Mostafavi(@Hakha_Most) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1720571979294732288/unBQh42s_200x200.jpg)
![Steve McCarroll(@s_mccarroll) 's Twitter Profile Photo Steve McCarroll(@s_mccarroll) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/574144268576542721/ZC-7xokk_200x200.jpeg)
![Rudy Behnia(@rudybehnia) 's Twitter Profile Photo Rudy Behnia(@rudybehnia) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1483528474879045637/V3mcqQPA_200x200.jpg)
Our latest paper is now out at Nature Neuroscience! 🌈We discovered hue-selective neurons in the fruit fly brain. We combined genetic methods with modeling to reveal that recurrent connections play a critical role. rdcu.be/dH6N7
![Rudy Behnia (@rudybehnia) on Twitter photo 2024-05-22 13:38:46 Our latest paper is now out at @NatureNeuro! 🌈We discovered hue-selective neurons in the fruit fly brain. We combined genetic methods with modeling to reveal that recurrent connections play a critical role. rdcu.be/dH6N7 Our latest paper is now out at @NatureNeuro! 🌈We discovered hue-selective neurons in the fruit fly brain. We combined genetic methods with modeling to reveal that recurrent connections play a critical role. rdcu.be/dH6N7](https://pbs.twimg.com/media/GOL-ZJ4XIAAKF5e.jpg)
![The Washington Post(@washingtonpost) 's Twitter Profile Photo The Washington Post(@washingtonpost) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1060271522319925257/fJKwJ0r2_200x200.jpg)
![Columbia University's Zuckerman Institute(@ZuckermanBrain) 's Twitter Profile Photo Columbia University's Zuckerman Institute(@ZuckermanBrain) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1797643815366336513/4uU8HOtH_200x200.jpg)
What makes the experience of color possible? In a new Nature Neuroscience paper, a team led by Rudy Behnia identifies in fruit flies the kind of brain-cell circuitry that transforms wavelengths of light into perceptions like color. zuckermaninstitute.columbia.edu/how-does-brain…
![Columbia University's Zuckerman Institute (@ZuckermanBrain) on Twitter photo 2024-05-16 10:00:00 What makes the experience of color possible? In a new @NatureNeuro paper, a team led by @rudybehnia identifies in fruit flies the kind of brain-cell circuitry that transforms wavelengths of light into perceptions like color. zuckermaninstitute.columbia.edu/how-does-brain… What makes the experience of color possible? In a new @NatureNeuro paper, a team led by @rudybehnia identifies in fruit flies the kind of brain-cell circuitry that transforms wavelengths of light into perceptions like color. zuckermaninstitute.columbia.edu/how-does-brain…](https://pbs.twimg.com/media/GNpSRWnXwAAxyyE.jpg)
![MadScientist(@MadS100tist) 's Twitter Profile Photo MadScientist(@MadS100tist) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1720430798254325760/Mi6V42V7_200x200.jpg)
![Columbia University's Zuckerman Institute(@ZuckermanBrain) 's Twitter Profile Photo Columbia University's Zuckerman Institute(@ZuckermanBrain) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1797643815366336513/4uU8HOtH_200x200.jpg)
A newfound cell helps explain why a mouse species is monogamous while its relatives are promiscuous. The findings in nature from our own Andres Bendesky and colleagues may reveal treatments for nurturing-associated conditions such as postpartum depression.
zuckermaninstitute.columbia.edu/some-mice-may-…
![Columbia University's Zuckerman Institute (@ZuckermanBrain) on Twitter photo 2024-05-15 15:25:14 A newfound cell helps explain why a mouse species is monogamous while its relatives are promiscuous. The findings in @Nature from our own @bendesky and colleagues may reveal treatments for nurturing-associated conditions such as postpartum depression. zuckermaninstitute.columbia.edu/some-mice-may-… A newfound cell helps explain why a mouse species is monogamous while its relatives are promiscuous. The findings in @Nature from our own @bendesky and colleagues may reveal treatments for nurturing-associated conditions such as postpartum depression. zuckermaninstitute.columbia.edu/some-mice-may-…](https://pbs.twimg.com/media/GNoSuy0XsAAcKGI.jpg)
![Andres Bendesky(@bendesky) 's Twitter Profile Photo Andres Bendesky(@bendesky) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/798044350404034560/iIRyRTYn_200x200.jpg)