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So excited to be a part of this new #neuromatch
-inspired endeavor to teach #climate science to students *all* over the world 🌎🌍🌏

The planning is ongoing --- get involved here! 👉 sites.google.com/climatematch.

#ClimateChange #ClimateScience #GlobalInclusivity #onlinelearning

Have you ever encountered a wasp about 4 to 5 cm long? At the risk of anthropomorphising, as it raises into the air, hovering near you, observing you, one feels the presence of a being so confident in its position at the top of the food chain, that it judges you, it evaluates you as a non-risk (perhaps unwisely), and, after a brief few moments, moves on with its day–to find a large spider to sting and stash away in its offspring's pantry. It's entirely harmless to us, and the adults drink nectar from flowers. It's enemies are, I'm sure, other parasitoid wasps.

Cryptocheilus annulatus is one such wasp. From Hvar island, Croatia. inaturalist.org/observations/1

For neuroscientists attending : don’t miss the poster by Mitya Chklovskii’s group describing the completion status of the whole brain of the fairy wasp , of expected completion early in 2022. Find the poster tomorrow Monday morning, number 328.16 / YY35.

Mitya kindly shared the poster image publicly elsewhere.

This tiny is famous for being the size of a large paramecium (a unicellular organism) and for enucleating the vast majority of its central neurons while pupating. The adult has less that 10,000 neurons in its central brain yet it isn’t missing any organ or body part. See the paper that jumpstarted this effort:

Polilov AA. The smallest insects evolve anucleate neurons. Arthropod structure & development. 2012 Jan 1;41(1):29-34. sciencedirect.com/science/arti

#Introduction to #ScienceMastodon

I am a #Cilia #Islet #Biologist and endocrinologist at WashU in St Louis.
#PrimaryCilia because it is the center of the cell and my world.
Unafraid to challenge convention and do difficult experiments (because we don’t know better).
Also #Microscopy because seeing is believing. 

#Cilia #cell #center #cytoskeleton #betacell #signaling #diabetes

Image credit #WUCCI and Alex Polino

🚨 BIG DATA RELEASE 🚨 We are beyond excited to announce the release of our Brain Wide Map of neural activity during decision making! It consists of 547 Neuropixel recordings of 32784 neurons across 194 regions of the mouse brain 🐭🧠

All these recordings were performed in a distributed fashion in 12 different labs, spanning Europe and the US 🌎 Rigorous standardization of methods and materials allowed us to pool the data from these labs together into a single gigantic dataset 🐙

Mice are performing our standardized perceptual decision-making task in which they have to position a stimulus in the center of a screen to receive reward. The dataset contains the stimuli and decisions, but also videos from three angles and DeepLabCut pose information. We're even releasing all the raw ephys data!

We know, it's a lot. At your own pace you can read all the details about the experimental setup, the task, processing of the data, and much more in the technical paper which accompanies this data release: figshare.com/articles/preprint

To explore the data at your leisure, visit our visualization website where you can scroll through different recording sessions, look at neural activity during example trials, and see trial-based activity of single neurons: viz.internationalbrainlab.org

Do you have itchy fingers to run your models on this humongous dataset? We totally get it! Here you can find how to download the data using our API so you can fire up those computing clusters: int-brain-lab.github.io/iblenv

This was a collective effort of our stellar team, who all put in so much work to make this monumental achievement possible. Our collaboration consists of 22 PIs, 37 researchers, and 11 staff members who all worked tirelessly to bring these data to you, the community 👏🍾

Bit late... #introductions

Web Developer by trade. Also worked in IT, media, volunteering, and international development. Currently working for Tatirano.org and SEED Madagascar.

Live in beautiful Fort Dauphin, #Madagascar. Huge fan of #lemurs, #chameleons and other wildlife. Speak a little Malagasy, but not very good with languages!

Lefty, he/him, European first but British technically.

Interests hashtag dump: #history, #scifi, #photography, #travel, #reading, #film, #neuroscience, #rugby.

📢 Please RT
Join our #fly neuroscience lab.

4 year fully funded #phD fellowship to study how animals make decisions during conflicting situations. #neuroscience #drosophila

Deadline 20th Jan
Get in touch with questions.

warwick.ac.uk/fac/cross_fac/mi

Introduction time for me, an funded science project called .

TL;DR: we build a (bioimage.io) to facilitate based image data processing on data obtained in a context. Why? Because it is important to make the most out of all the amazing data out there!!!

Our 10-partner consortium will build an open, accessible, community-driven repository of pretrained models and develop services to deliver these models to life scientists, including those without substantial computational expertise. will provide direct support and ample training activities to prepare life scientists for responsible use of methods. Additionally, will drive community contributions of new models and interoperability between analysis tools. will also facilitate and public aimed at providing state-of-the-art solutions to unsolved image analysis problems in life science research.

brings together /#ML researchers, developers of image analysis tools, providers of European-scale storage and compute services, and European life science -- all united behind the common goal to enable life scientists to benefit from the untapped, tremendous power of AI-based analysis methods.

Check out our model zoo at bioimage.io…

RT @louvel_vincent
Thrilled to present my PhD work about the development of #iUExM 🥳
Here, we introduce an optimized versatile protocol using iterative expansion to reach #SMLM resolution on conventional widefield or confocal fluorescence microscopes on cells & tissues.

biorxiv.org/content/10.1101/20

Let me introduce myself! My name is Ilenna Jones, I am a computational neuroscientist with keen interest on how dendrites contribute to a singular neuron's ability to compute functions and learn tasks. I build biophysical models of neurons in and use principles to investigate how models can learn and compute given their biologically realistic constraints.

I'm looking for postdocs right now! Feel free to connect if you're looking for someone like me!

I'm very interested in helping other students find resources and guidance as they consider science and in general. Feel free to connect if you're looking for advice/perspectives!

ilenna.com

Listen. dear #SfN2022 people. My incredible amazing wife
@analog_ashley wrote and published an amazing book in the pandemic while teaching biology labs over zoom & shipping homemade science experiment kits to students. She never got to celebrate her book launch :sadness:

I don't know what you get up to at your fancy neuroscience party but this book NEEDS to be celebrated. Check out her panel on monday at 3pm (abstractsonline.com/pp8/#!/106) and consider sharing this great book with your students 🙏🧠

Now that this thing has taken off and I've (almost) figured out how it works- a proper #introduction!

I'm a Group Leader in the #neuroscience program at the Champalimaud Center for the Unknown in Lisbon, Portugal. My lab studies neural circuits for learning & coordinating movement.

I'm still not sure if moving here will capture the best or circumvent the worst of the birdapp. Meanwhile, fedifinder.glitch.me is helpful for finding people. Can anyone recommend a good #mastodon app for #iOS?

RT @EuroBioImaging@twitter.com

The @AI4LifeTeam@twitter.com is at the #BioHackEU22 organized by @ELIXIREurope@twitter.com in Paris this week. Lots of food, interactions and fun hacking projects with developers from around the world!

🐦🔗: twitter.com/EuroBioImaging/sta

Speaking of ... now the wireless !

"The neuropeptidergic connectome of C. elegans" by Lidia Ripoll et al. 2022, a collaboration between Isabel Beets', Petra Vertes' and Bill Schafer's labs biorxiv.org/content/10.1101/20

"This connectome is characterized by a high connection density, extended signaling cascades, autocrine foci, and a decentralized topology, with a large, highly interconnected core containing three constituent communities sharing similar patterns of input connectivity. Intriguingly, several of the most important nodes in this connectome are little-studied neurons that are specialized for peptidergic neuromodulation."

Here is my . I am a biologist interested in and the of cells and nervous systems. My research group studies marine larvae from a whole-organism perspective, combining behaviour, , , , and other approaches. We love marine , their , , and .

#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students...

#joboffer We have open #PhD and #Postdoc positions funded by the Swiss National Science Foundation #SNSF – one week left to apply- work with us on Drosophila neuroscience and sexual behavior in beautiful Fribourg!
unifr.ch/med/fr/section/jobs/

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