Sleep pressure in flies is regulated by a rhythmic seesaw between two groups of neurons. This oscillation isn’t just a byproduct of sleep. It helps generate it.
https://t.co/h629RTRpGD
#neuroscience
@EMorrison45@Easton__Butler Lambeau is ~2.5-3 miles from Green Bay (the body of water), which is apart of Lake Michigan on it's western side. Anyway, the answer is easy to find. A ~0.5 mph difference in avg wind speed is likely not a factor at all in GB vs Chi QB performance over the years.
Join us Wednesday, Sept. 30th at 6:30 pm in the Delta Beer Lab to hear from students of the StoryForm Science program about Microbiology! Enjoy bingo, trivia, prizes, and fun beverages. Learn more here: https://t.co/4cQRer5duz
@UWBadgerTalks
@jimwolff12@Wisconsin_fam This. My wife is a Bears fan, so I reign in my "f*#% the Bears" talk out of respect. But I agree here. Many of my friends are Vikings fans, and I find them to be far less confrontational, combative, and arrogant than the many Bears fans I've crossed paths with.
1/🧠 Happy to share our new preprint: "From synergy to redundancy: An information-relation account of consciousness"
What makes a neural representation conscious?
Is it because information becomes integrated across the brain?
Or because it becomes widely available to many systems?
We propose these may be two parts of the same story: 🧵👇
Sign up to present a poster at our 18th Annual Vision Science Symposium Poster Session! The Poster Session takes place on Thursday, October 15th from 2:45 - 5:20 pm in the WIMR lobby.
Register by October 6th to be considered for the Best Trainee Presentation Competition! Non-competition poster deadline and general attendance is October 9th. Details and Registration here: https://t.co/8ksV0uWJtm
❗️❗️❗️News︱Nature Neuroscience
👏👏👏The intense euphoria induced by drugs fundamentally stems from an "energy burst" in the mitochondria at the terminals of dopaminergic neurons — a recent discovery by the team of Prof. Pan Xin.
👇MORE
https://t.co/ptJU2K9p3V
Happy to share the results of our study of structural and functional regulation of GluA2 AMPA receptor by inhibitory auxiliary subunits GSG1L and TARP gamma5 and by epilepsy-associated disease mutations. @shantigangwar@MariaKarela3@MKCMU
https://t.co/FGvrE1BZ18
1/6 🍄 What happens in the brain under psilocybin?
I’m excited to share our new preprint:
“Brain-wide reconfiguration of burst firing by psilocybin reveals 5-HT2A-dependent circuit dynamics.”
https://t.co/GtCTFZVF8F
#Psilocybin#Psychedelics#Neuroscience#OpenScience