Shiuan-Tze Wu
@ShiuanTze
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Co-Founder at BehaviorSync. Neuroscience and animal behavior.
San Diego, CA
Joined August 2020
We now provide mechanical and electronic parts for building your rigs—tailored to behavioral apparatus, microscopes, and electrophysiology setups. Contact us for expert consultation!
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Our lab website is up! We are hiring at all levels. https://t.co/F4jB52A9vU
dolanlab-tcd.com
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(1/n) Why is it so hard to stop eating when something tastes amazing? Our new @ScienceMagazine paper reveals that dopamine helps sustain our drive for tasty treats—and may explain how anti-obesity Ozempic tames those urges https://t.co/pXgG2RLfSd
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Thrilled to announce I've joined @AsteraInstitute's first residency cohort! Excited to collaborate with this amazing team to build technology for a brighter future! I will focus on building and testing brain-like model in large-scale simulation and use AI to enhance it!
We’re excited to welcome our first residency cohort! This exceptional group of scientists, engineers, and entrepreneurs embodies our mission of creating public goods through open science and technology.
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Exciting News! The application deadline for the 2025 Advanced Neurotechniques Course has been EXTENDED to January 31st, 2025. Don't miss this opportunity! All application materials, including reference letters, must be received by this deadline. Link: https://t.co/Hy7ZHiBxPU
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663 days since the senseless tragedy that took An, we present a manuscript that reports some of the discoveries that she left us. https://t.co/hEbu4OfH1E
biorxiv.org
During the execution of learned motor skills, the neural population in the layer 2/3 (L2/3) of the primary motor cortex (M1) expresses a reproducible spatiotemporal activity pattern. It is debated...
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my labmate @anitajhyu and i co-wrote a review paper on collective behavior! check it out for our perspective on how studying the neurobiology of individuals can enhance our understanding of diverse collective behaviors 🐟🦜🦇🐜🐬 https://t.co/OdrHcYo9RE
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Our collaboration with @GoogleDeepMind has borne fruit! Or rather, a fruit fly 🪰🙂 Simulated with #MuJoCo physics, trained with imitation learning, capable of realistic locomotion, both on the ground and in the air. 1/n https://t.co/J8oB8zyezH
https://t.co/78OYE8K1en
github.com
MuJoCo fruit fly body model and locomotion RL tasks - TuragaLab/flybody
🦟 By infusing a virtual fruit fly with artificial intelligence, @HHMIJanelia and @GoogleDeepMind scientists have created a computerized insect that can walk and fly just like the real thing. 🤖 🔗 https://t.co/N1IhU4Peo9
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Ready to kick start your research with customized behavior apparatus designed for you? Contact us at info@behaviorsync.com & Connect us on
linkedin.com
BehaviorSync | 246 followers on LinkedIn. Custom Solutions • Seamless Automation • Swift Discoveries | BehaviorSync was founded by a team of enthusiastic neuroscientists and engineers committed to...
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Our dedication lies in providing you with a high-quality solution that delivers top-notch performance while remaining accessible to all. #AffodableBehaviorApparatus
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Our engineers at BehaviorSync excel in utilizing Field Programmable Gate Arrays (FPGA) for logging and integrating intricate measurements of animal’s behavior and brain activities. #LabAutomation #HighthroughputBehaviorScreening
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As a scientist, I've seen many researchers designing their assays based on available commercial tools, often finding the measurements insufficient to address their questions. BehaviorSync tailors equipment for your assays. #CustomizedBehaviorApparatus
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I’m thrilled to announce the launch of BehaviorSync. We customize behavior apparatus to support scientific discoveries in academia and industry. Innovate with us! More at https://t.co/7iA59UCQhj
#BehavioralNeuroscience #DrugDiscovery
behaviorsync.com
BehaviorSync is dedicated to utilizing cutting-edge innovations to facilitate groundbreaking discoveries in neuroscience and expedite preclinical research.
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Part of my PhD work, looking at how brain circuits are organized to facilitate robust sensory processing, is out! We find feedforward excitation is combined with lateral disinhibition in visuo-motor networks to guide steering. Here’s a #tweeprint🧵(1/12)
biorxiv.org
Many animals rely on optic flow for navigation, using differences in eye image velocity to detect deviations from their intended direction of travel. However, asymmetries in image velocity between...
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I am delighted to share our preprint led by Palka @PuriPalka. Our study of preprocessing of olfactory information in flies provides insight to general principles of sensory information processing in shallow neural architectures. https://t.co/OlLDEwcs7u 🪰 #tweetprint 👇🏽 1/
biorxiv.org
The mammalian brain implements sophisticated sensory processing algorithms along multilayered (‘deep’) neural-networks. Strategies that insects use to meet similar computational demands, while...
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Flies sniff out the 'what' and 'where' of other flies. Now out https://t.co/UHzbjZducc. Lovely new recordings of neuronal responses to a freely-walking male confirm active contrast between two antennae allows flies to 'see' each other using smell. @CellCellPress @MRC_LMB 1/2
Sex pheromones are a great entry point to understand #brain #circuits. @istvan_taisz and I investigated how cVA, the canonical #Drosophila #pheromone, is processed to control social #behaviour – and how flies use cVA to “see” in the dark! https://t.co/75WbzXA2YU 1/14
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My friend (An Wu, Komiyama lab, UCSD, tiny little Asian girl with so much energy) who went to Cosyne (Montreal) was missing after the old Montreal fire. Shout out to any cosyne participants who might have seen her in the recent two days. #cosyne23 @CosyneMeeting
@CBCMontreal My friend was in an Airbnb in the building. We cannot contact her now! Does anyone see an Asian female around there? Any info helps!
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Excited to share this paper on Drosophila gravitaxis. years ago, we build a contraption that let us observe groups of flies walking on a tilted surface, over and over again. The trick is to sandwich an iris-like mechanism under a glass lid. https://t.co/lsXSG0iWoy
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