#neuropreprint — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #neuropreprint, aggregated by home.social.
-
Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️
#Neuroscience #NeuroMouse #Optogenetics
From: @manishm
https://neuromatch.social/@manishm/111865248137896127 -
Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️
#Neuroscience #NeuroMouse #Optogenetics
From: @manishm
https://neuromatch.social/@manishm/111865248137896127 -
Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️
#Neuroscience #NeuroMouse #Optogenetics
From: @manishm
https://neuromatch.social/@manishm/111865248137896127 -
Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️
#Neuroscience #NeuroMouse #Optogenetics
From: @manishm
https://neuromatch.social/@manishm/111865248137896127 -
Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️
#Neuroscience #NeuroMouse #Optogenetics
From: @manishm
https://neuromatch.social/@manishm/111865248137896127 -
Some very nice #PlaceCells and #GridCells in this Virtual Reality experiment in #NeuroMice!
#NeuroPreprint from the #ChenLab:Visual boundary cues, alone, can anchor place and grid cells in virtual reality
-
Some very nice #PlaceCells and #GridCells in this Virtual Reality experiment in #NeuroMice!
#NeuroPreprint from the #ChenLab:Visual boundary cues, alone, can anchor place and grid cells in virtual reality
-
Some very nice #PlaceCells and #GridCells in this Virtual Reality experiment in #NeuroMice!
#NeuroPreprint from the #ChenLab:Visual boundary cues, alone, can anchor place and grid cells in virtual reality
-
Some very nice #PlaceCells and #GridCells in this Virtual Reality experiment in #NeuroMice!
#NeuroPreprint from the #ChenLab:Visual boundary cues, alone, can anchor place and grid cells in virtual reality
-
The COMBO window: A chronic cranial implant for multiscale circuit interrogation in mice
”ChrOnic Multimodal imaging and Behavioral Observation”
”we demonstrate how the COMBO window facilitates the combination of optogenetics, fUS and electrophysiology in the same [head-fixed] animals”
-
#NeuroPreprint, reanalysis of #GridCell firing in a circular track originally from the #SargoliniLab / #JacobLab:
From: @biorxivpreprint
https://biologists.social/@biorxivpreprint/111072182270882574 -
#NeuroPreprint, reanalysis of #GridCell firing in a circular track originally from the #SargoliniLab / #JacobLab:
From: @biorxivpreprint
https://biologists.social/@biorxivpreprint/111072182270882574 -
#NeuroPreprint, reanalysis of #GridCell firing in a circular track originally from the #SargoliniLab / #JacobLab:
From: @biorxivpreprint
https://biologists.social/@biorxivpreprint/111072182270882574 -
Interesting #NeuroPreprint about separating “motor” and “cognitive” variables in neural analyses, which should really be given more attention in all studies IMO:
Separating cognitive and motor processes in the behaving mouseby #EconomoLab
-
Another cool #NeuroPreprint (broadly speaking: it’s on #Navigation performance), from #SpiersLab (@hugospiers):
Video gaming, but not reliance on GPS, is associated with spatial navigation performance
I am intrigued by the difference in sample numbers: “n = 822, 280 men, 542 women”? Is that a typo?
And also this:“There was a significant association between weekly hours of video gaming and navigation performance which was not moderated by gender. After accounting for video game experience, gender was no longer significantly associated with navigation performance.”
Is gender a factor or not? 🤔
#Gaming #Need2Read -
Interesting looking new #Hippocampus #NeuroPreprint from #StarkLab:
Local activation of CA1 pyramidal cells induces theta phase precession
“The findings are incompatible with precession models based on inheritance, spreading activation, dual-input, or inhibition-excitation summation. Thus, a precession generator resides locally within CA1”
-
#NeuroPreprint #DerdickmanLab #PlaceCells #TimeCells #Hippocampus
Time or distance: predictive coding of Hippocampal cells
We show that the type of experiment determined the cells’ encoding, such that in fixed-distance experiments distance-encoding cells dominated, while on fixed-time experiments time-encoding cells dominated.
Seems very interesting! But is it surprising? Place cells are known to encode what is consistent and disregard what is not… 🤔
#Need2ReadEdit: typo
-
CW: Long post tagging many (interesting) accounts
(Hi all... pardon me for this mass-tagging...)
@WorldImagining yes!
@hugospiers:For hashtags, also try out #Navigation #NeuroPreprint #NeuroPaper ... and some non-neuro (broken to not contaminate them): # Bloomscrolling # Mosstodon # Caturday # Raturday # SciArt
Here are some great accounts that I follow, and that should be active (in no specific order), you'll probably recognize most of them:
- Neuro - oriented accounts:
@NicoleCRust
@PhiloNeuroScie
@achterbrain
@karihoffman
@katejjeffery
@paulgribble
@AllenNeuroLab
@Neurograce
@nadel
@markgbaxter
@albertcardona
@chrisXrodgers
@adredish
@dlevenstein
@vineettiruvadi
@GunnarBlohm
@jpeelle
@manisha
@DrYohanJohn
@alicia_izquierdo
@susanleemburg
@guidomeijer
@computingnature
@Andrewpapale
@MatteoCarandini
@UCL_NeuroAI
@ArminLak
@meganakpeters
@kordinglab
@neuralreckoning
@obarnstedt
@marcwhoward
@socneuronerd
@kevinbolding
@olivia
@PessoaBrain
@BenoitGirard- Neuro-oriented groups (I broke the tag so they wouldn't boost this because it might be too much)
@ [email protected]
@ [email protected]
@ [email protected]
and the best one:
@ [email protected]- Neuro-oriented instances that you can check the local feeds of:
https://fediscience.org/public/local
https://synapse.cafe/public/local
https://scicomm.xyz/public/local
(unfortunately our instance neuromatch.social does not have an open local timeline for now)- Less neuro-oriented accounts that are also great:
@jonny
@lisamelton
@alexwild
@inthehands
@liztai
@schoppik
@rodhilton
@Mrfunkedude
@emmatonkin
@rolle
@breadandcircuses
@tchambers
@theLastTheorist
@Em0nM4stodon (special mention to the great tips on her profile 👍)
@futurebird
@ct_bergstrom
@alexwild
@artologica
@OkieSpaceQueen
@mariyadelano
@juliancday- Fediverse-related:
- News:
I could add more but I would spend the night on it! I've only reached page 5 /27 of my 'follows and followers' tab (and this is a selection)
Hope this helps! Please don't hesitate to ask anything :)
(Edit: formatting)
-
#NeuroPreprint #ThetaRhythm #ThetaSkipping #LateralSeptum
Theta cycle dynamics of spatial representations in the lateral septum
“the lateral septum cell population encodes both the current location and alternatingly the possible future paths within single theta cycles when rats approached the choice point in the maze.” 👀
-
#NeuroPreprint #ThetaRhythm #ThetaSkipping #LateralSeptum
Theta cycle dynamics of spatial representations in the lateral septum
“the lateral septum cell population encodes both the current location and alternatingly the possible future paths within single theta cycles when rats approached the choice point in the maze.” 👀
-
#NeuroPreprint #ThetaRhythm #ThetaSkipping #LateralSeptum
Theta cycle dynamics of spatial representations in the lateral septum
“the lateral septum cell population encodes both the current location and alternatingly the possible future paths within single theta cycles when rats approached the choice point in the maze.” 👀
-
#NeuroPreprint #ThetaRhythm #ThetaSkipping #LateralSeptum
Theta cycle dynamics of spatial representations in the lateral septum
“the lateral septum cell population encodes both the current location and alternatingly the possible future paths within single theta cycles when rats approached the choice point in the maze.” 👀
-
#NeuroPreprint #ThetaRhythm #ThetaSkipping #LateralSeptum
Theta cycle dynamics of spatial representations in the lateral septum
“the lateral septum cell population encodes both the current location and alternatingly the possible future paths within single theta cycles when rats approached the choice point in the maze.” 👀
-
@neuroecology @Neurograce #Hippocampus and #PlaceCells 😁 (if you’re me)
Otherwise… anything that you’re interested in and seems to exist and be populated!
For a newcomer I’d say #Feditips is really useful! And for a neuroscientist: #Neuroscience, #NeuroPaper, #NeuroPreprint … you’ll have to do a little bit of exploration! -
New #NeuroPreprint
Simultaneous representation of multiple time horizons by entorhinal grid cells and CA1 place cellsChaudhuri-Vayalambrone, Rule et al., 2023
#PlaceCells #GridCells #ProspectiveCoding #Hippocampus #MedialEntorhinalCortex
… so many papers these days…!! -
New #NeuroPreprint
Simultaneous representation of multiple time horizons by entorhinal grid cells and CA1 place cellsChaudhuri-Vayalambrone, Rule et al., 2023
#PlaceCells #GridCells #ProspectiveCoding #Hippocampus #MedialEntorhinalCortex
… so many papers these days…!! -
New #NeuroPreprint
Simultaneous representation of multiple time horizons by entorhinal grid cells and CA1 place cellsChaudhuri-Vayalambrone, Rule et al., 2023
#PlaceCells #GridCells #ProspectiveCoding #Hippocampus #MedialEntorhinalCortex
… so many papers these days…!! -
New #NeuroPreprint
Simultaneous representation of multiple time horizons by entorhinal grid cells and CA1 place cellsChaudhuri-Vayalambrone, Rule et al., 2023
#PlaceCells #GridCells #ProspectiveCoding #Hippocampus #MedialEntorhinalCortex
… so many papers these days…!! -
New #NeuroPreprint
Simultaneous representation of multiple time horizons by entorhinal grid cells and CA1 place cellsChaudhuri-Vayalambrone, Rule et al., 2023
#PlaceCells #GridCells #ProspectiveCoding #Hippocampus #MedialEntorhinalCortex
… so many papers these days…!! -
This #NeuroPreprint looks super cool!! (#NeedToRead it)
Harnessing prefrontal-hippocampal theta synchrony to enhance memory-guided choice#Hippocampus #mPFC #Neuroscience #Rat #NeuroRat (new hashtag) #BrainMachineInterface
-
(I realize that some of these suggestions would best be used simulatenously, e.g., #newPaper and #preprint have obviously different content. What I am searching for is a common tag for *threads* explaining research articles, not only posts announcing a new publication 🙂.
I had to drop one tag bc of the 5-option limit in polls, and I went for #mastoPrint as it was my own suggestion.)Some further thoughts:
One could combine these tags in a standardized way with research field names, e.g. #newNeuroPaper, #neuroPreprint, or #neuroPaperThread.
Also, please remember to use #camelCase or #CamelCase notation in these tags for screenreader accessibility!Tagging some people who responded to my first post (sorry for bothering you!):
@mwt @toddhorowitz @achterbrain @PessoaBrain @elduvelle @Brendanjones @gdiak @EricLawton @annettamallon @UlrikeHahn @ryneches @x1l3f @nyates314 @bsweber @ArneBab @tfardet @emergentnexus @DrAnneCarpenter @f @harcel @MarkHanson @Iris