Chun-Hao Chen
@ChunHao_NTU
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A fanatic worm researcher at National Taiwan University studying social behaviors and sexual dimorphisms.
Taipei City, Taiwan
Joined December 2022
I’m happy to share that our new paper has been published. Our findings show that there are autonomous and nonautonomous mechanisms to independently pattern sexual dimorphism of the nervous system in C. elegans. Check it out! https://t.co/xQqTmO3uhZ
embopress.org
imageimageSexual state-regulated insulin signaling and vulval epithelial cues engage distinct pathways to remodel the F-actin cytoskeleton, thereby sculpting sexually dimorphic PVP branches that are...
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Wonder how to precisely control microtubule assembly? Our collaborative work demonstrates a method called "RIVET" that allows you rapidly and reversibly control microtubule dynamics in worms. Check it out! https://t.co/ySFgeuI7ka
advanced.onlinelibrary.wiley.com
The RIVET (Rapid Immobilization of Target Vesicles on Engaged Tracks) system enables spatiotemporal perturbation of specific intracellular trafficking pathways and receptor-mediated endocytosis in...
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Read all about 2024 Thomas Hunt Morgan Medal recipient Paul Sternberg's scientific legacy & decades-long discoveries in worm physiology, development & behavior: https://t.co/fqaajnNBql 🪱 Plus, don't miss his episode of the 2024 GSA Awards seminar series! 1/2 🧵
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Have you ever wondered how C. elegans males find and evaluate potential mates? Wonder no longer!
cell.com
The selection of optimal mates is central to animal fitness and evolution. Here, Luo et al. find that diverse sensory signals inform C. elegans males about the sex, stage, feeding status, and mating...
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Adult-specific collagen COL-19 is dispensable for contact-mediated mate recognition in Caenorhabditis elegans #micropublication #biology #data #caltechlibrary #Celegans #GenotypeData #NewFinding #NegativeResult
https://t.co/A94DeH0XnT
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Our first micropublication is out today! Congratulations to Jen-Wei. Science is all about sharing regardless it is positive or negative results. https://t.co/3MrSuwAYan
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Toolkits for detailed and high-throughput interrogation of synapses in C. elegans https://t.co/N7fC1izm36
elifesciences.org
An imaging pipeline together with a collection of transgenic nematode strains provide a strategy to visualize and properly quantify synaptic connectivity in the C. elegans brain.
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Help us celebrate the recipients of the 2024 GSA Awards 👏 Six outstanding scientists are being recognized for their exemplary research contributions & support of other scientists in the field. They'll be presented with their award at #TAGC24. Read more: https://t.co/z07Q3w5GdC
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Starvation turns some #fungi into #nematode-eating #predators. Study by @fungi_worms &co reveals increased DNA replication, translation & secretion as worm traps develop; DUF3129 proteins on trap surfaces are involved in worm #adhesion #PLOSBiology
https://t.co/XYFO0ckKKo
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Glad to get involved in this project! It will be a very useful toolkit to study sensory functions in C. elegans! https://t.co/uYzbJKeqn6
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Our signal propagation atlas of C. elegans is now out in @Nature! We measure the network’s response to optogenetic stimulation of each neuron in the head, one at a time-- over 23,000 neuron pairs. Congrats to @francescorandi @aksharma_118 & @DvaliSophie. https://t.co/DshzdEXz4P
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BREAKING NEWS The 2023 #NobelPrize in Physiology or Medicine has been awarded to Katalin Karikó and Drew Weissman for their discoveries concerning nucleoside base modifications that enabled the development of effective mRNA vaccines against COVID-19.
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The worms are in TOUCH with their feelings; it’s not just posture-ing!
I'm happy to share our latest work published in Current Biology. We demonstrate that C. elegans males sense cuticular cues and body stiffness to recognize mates. A wonderful journey in collaborations with @wormraiser @Pujol_lab
https://t.co/G7SOyVW29Y
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#ResultatScientifique 🔎| Découvrez la dernière publication de Nathalie Pujol, directrice de recherche @CNRS. 🤝 @CNRS_dr12 @Pujol_lab @FM4B_lab @ChunHao_NTU @wormraiser @centuri_ls 📕 @CurrentBiology | https://t.co/veBUM1FVtX
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I'm happy to share our latest work published in Current Biology. We demonstrate that C. elegans males sense cuticular cues and body stiffness to recognize mates. A wonderful journey in collaborations with @wormraiser @Pujol_lab
https://t.co/G7SOyVW29Y
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