#Neurotech is an active hashtag on Bluesky. In the last 30 days, 19 people shared 64 posts with it — around 2 a day. Activity is down 52% versus the previous week, peaking on Jul 29 with 14 posts.

Posts with #Neurotech

TK (Takashi DY) Kozai

@bioniclab.bsky.social

5 months ago

Most assume implants fail slowly over months. The moment an electrode enters the brain, microglia rush toward it within seconds, like fingers reaching for a splinter. Blood vessels leak. The BBB breaks. Inflammation starts instantly. #BCI #NeuralEngineering #Neurotech

2 19 62

Amy Rochford

@amyrochford.bsky.social

over 1 year ago

Hello, Bluesky! 🌟 I’m Amy, a Scientist passionate about Neurotech & Biohybrid BCI. I’d love to connect with anyone in the neurotech space! Expect posts about cutting-edge research, my love for running, and the occasional cat photo. Let’s connect! #NeuroTech #Biohybrids #CatsOfBluesky

1 3 60

Kenneth Becker

@geophotographer.org

about 1 year ago

Using a custom microscope, researchers mapped the entire peripheral nervous system of a mouse at micrometer resolution in 40 hours. The method reveals nerve paths from brain to organs and could help build full-body connectomes in other species. 🧪🐀🧠 #Neurotech #Microscopy #Neuroanatomy #Biology

www.nature.com

Giant map details nerves across a mouse's body: see stunning pics

High-resolution imaging method could lead to wiring diagram for the whole body.

0 8 39

Blake Richards

@tyrellturing.bsky.social

almost 3 years ago

Check out this new paper! Led by @mehdiazabou.bsky.social and @evadyer.bsky.social, we show that it is possible to get SOTA brain decoding with transfer across individuals and tasks! The key is a clever way to tokenize spiking data for transformers. #neuroskyence #brain #neurotech

Mehdi Azabou @mehdiazabou.bsky.social

Is a universal brain decoder possible? Can we train a decoding system that easily transfers to new individuals/tasks? Check out our #NeurIPS2023 paper where we show that it’s possible to transfer from a large pretrained model to achieve SOTA! 🧠🟦 Link: poyo-brain.github.io 🧵

2 18 32

TK (Takashi DY) Kozai

@bioniclab.bsky.social

5 months ago

Funded by NIH + NSF. No private investor funds a 16-week mouse study on OL gene biology. Federal science builds the foundation industry stands on. Neurological disease costs the U.S. $800B/year. This is what the return on that investment looks like. #NIH #NSF #TaxpayerInvestment #Neurotech

1 13 29

Rose Broderick

@rosebroderick.bsky.social

over 1 year ago

Brain-computer interfaces are a press darling right now, but a new GAO report on brain-computer highlights key challenges that the field must address before the devices hit the market @statnews.com #neurotech www.statnews.com/2024/12/….

www.statnews.com

These challenges could delay brain-computer interfaces from becoming a reality for patients

A new report from the Government Accountability Office offered policy suggestions for Congress and federal agencies to make brain-computer interfaces a reality for patients.

2 7 24

The vOICe vision BCI 🧠🇪🇺

@seeingwithsound.bsky.social

4 days ago

Shanghai-based BCI startup raises RMB330 million in record-setting angel round technode.com/2026/08/03/s... ~$50 million for 主动科技 ("Active Technology"); #implantable #BCI #NeuroTech

technode.com

Shanghai-based BCI startup raises RMB330 million in record-setting angel round · TechNode

Shanghai-based brain-computer interface startup Active Technology (our translation of 主动科技, the company’s Chinese name) has completed a RMB330 million

0 0 3

The vOICe vision BCI 🧠🇪🇺

@seeingwithsound.bsky.social

over 1 year ago

An extensive dataset of spiking activity to reveal the syntax of the ventral stream - V1, V4, and IT neurons in monkeys viewing >25,000 natural images www.cell.com/neuron/abstr... by @paolopapale.bsky.social et al.; #BCI #NeuroTech #neuroscience

Spiking activity in the monkey ventral stream in response to thousands of images.

1 5 19

Logan Thrasher Collins

@logantcollins.bsky.social

over 1 year ago

Love this new way of delivering therapeutics to the brain through intranasal application of engineered commensal bacteria that selectively bind to the olfactory epithelium and secrete desired peptides, facilitating uptake into the olfactory bulb and beyond! #neurotech www.cell.com/cell/fulltex...

www.cell.com

Engineered commensals for targeted nose-to-brain drug delivery

Shen et al. investigate the use of Lactobacillus plantarum, a commensal bacterial strain, as a chassis for targeting the olfactory mucosa to facilitate precise nose-to-brain delivery of therapeutic mo...

1 7 18

OpenBehavior

@openbehavior.bsky.social

over 1 year ago

3D printing has had a major impact on neuroscience research in recent years. Our curated collection of designs is one of the most accessed posts on our website. Read about it in this week’s post on OpenBehavior: edspace.american.edu/open…. #neurotech #DIYneuroscience #3Dprinting

edspace.american.edu

3D Printing Redux

One of the most impactful areas of open-source neuroscience has been the sharing of 3D printed designs. We’ve seen firsthand how valuable this is – our own collection of 3D printed objects ha…

2 4 16

Guillaume Dumas

@introspection.bsky.social

6 months ago

📝 New paper: Towards Multi-Brain Decoding in #Autism 🤨 How do we scale #hyperscanning when multi-brain datasets are small? 💡Our team introduces a self-supervised learning on large single-brain EEG data to improve multi-brain decoding. #SocialNeuroAI #Neurotech link.springer.com/article….

1 3 15

Motif Neurotech

@motifneuro.bsky.social

over 1 year ago

We've been selected by @aria-research.bsky.social to develop a network of neural devices designed to monitor and regulate mental and cognitive states without brain surgery. The UK-based program led by @jacquescarolan.bsky.social is contributing £69M to unlock the full potential of #neurotech.

Advanced Research + Invention Agency (ARIA) @aria-research.bsky.social

We’re excited to announce the 18 teams we’re funding in Precision Neurotechnologies 🧠 They’ll work to unlock new ways to interface with the brain at the neural circuit level, with unprecedented precision. (1/3)

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