Yuting Lin
@tinandemu.bsky.social
53 followers 47 following 18 posts
PhD student @RoyalVetCollege & @UCL | Vet-trained biomechanist | evolutionary biomechanics, postural transitions, computational modelling, anatomy⚙️ 🦴 🦤
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tinandemu.bsky.social
Honoured to receive the Ruth Bowden Award for my PhD research on the cool biomechanics behind how birds stand up from British Federation of Women Graduates! Grateful to the committee and everyone who supported this journey.

#BFWG #BritishFederationofWomenGraduates
johnrhutchinson.bsky.social
Congratulations to PhD student @tinandemu.bsky.social, who has won the British Federation of Women Graduates' Ruth Bowden Award, honouring female scientists in anatomy-related disciplines. Hurrah!
Prof. Bowden OBE had a stunning array of achievements-- livesonline.rcseng.ac.uk/client/en_GB...
Bowden, Ruth Elizabeth Mary (1915 - 2001)
livesonline.rcseng.ac.uk
Reposted by Yuting Lin
ucl-c4ia.bsky.social
Our Annual Symposium 2025 on interdisciplinary aspects of functional morphology was enjoyed by over 70 attendees, incl. 17 speakers, yesterday (20 February). This full-day conference delved into the fascinating and inter-disciplinary world of #anatomy. @ucllifesciences.bsky.social @ucl.ac.uk
Group photo of attendees remaining after 5pm at the UCL Centre for Integrative Anatomy's annual symposium 2025.  A large group of people are standing on a light, parquet floor, looking up at the camera with smiling faces
Reposted by Yuting Lin
tinandemu.bsky.social
And just for fun, think about how you can stand up like an emu.
tinandemu.bsky.social
Grateful to London Interdisciplinary Biosciences Consortium Doctoral Training Programme for supporting this work with a research grant!
tinandemu.bsky.social
Special thanks to Masaya Iijima, Delyle T. Polet, Stacy Ashlyn, and Mauro B.C. Lacerda for their support throughout my first PhD year! Also, many thanks to @pashavanb.bsky.social, Jim R. Usherwood, and Monica A. Daley for their insights into bird biomechanics in this project.
tinandemu.bsky.social
This study marks the first chapter of my PhD at Royal Veterinary College and University College London. Huge thanks to my co-authors Jeffery W. Rankin, Luís P. Lamas, @mmoazen.bsky.social, and @johnrhutchinson.bsky.social! I couldn’t have done it without them. 🎊
tinandemu.bsky.social
It also has practical applications in fields like robotics 🤖 and animal welfare 🐓
See below a video of Troody created by Peter Dilworth from MIT.
tinandemu.bsky.social
Understanding how emus and other species stand up will provide important implications for how non-locomotor behaviours shape musculoskeletal form and function and drive evolutionary adaptions.
tinandemu.bsky.social
See the cool video of our simulations!
tinandemu.bsky.social
SECONDARY FINDING: We further compared dynamic (with compliant tendons) vs static simulations (with rigid tendons), and found that tendons play a major role in reducing excessive muscle fibre length changes and forces.
tinandemu.bsky.social
MAIN FINDING: Much as for our prior study with greyhounds (and others' work with people), emus use large muscle fibre length changes, activations and forces; and more so when they go from sitting to walking vs. sitting to standing.
tinandemu.bsky.social
Measuring muscle activations and forces directly is tough, so we combined experiments with computer simulations of musculoskeletal biomechanics to estimate how emus use their muscles to stand up. 👩‍💻🍗
tinandemu.bsky.social
In our study, we focused on emus 🦵, and we collected data from force platforms that the emus used to stand up and motion capture cameras.
See below a video of our experiment.
tinandemu.bsky.social
Unlike humans, animals do not normally have a seat, and they start off from very crouched position, and thus many animals probably have large joint moments which give them a weaker strength-to-weight ratio. They also have diverse sizes, morphology, ecology and so on…
tinandemu.bsky.social
Terrestrial vertebrates—including humans—often sit to rest and stand to move around. While we've studied how humans stand up extensively, surprisingly little research exists on how other animals transition from sitting to standing.
Reposted by Yuting Lin
jexpbiol.bsky.social
Find out more about JEB's new article type, Theory & Modelling, allowing scientists to publish research leveraging modelling and theory to address new biological questions, in Sheila Patek, Monica Daley, Matt McHenry & Sanjay Sane's Editorial

journals.biologists.com/jeb/article/...
Screen shot of the top of the first page of the Journal of Experimental Biology Editorial, JEB launches a new article type for theory and modelling studies, written by S. N. Patek, Monica A. Daley, Matthew McHenry and Sanjay Sane. The first sentence of the Editorial reads: JEB recently launched a new article type called Theory & Modelling.
Reposted by Yuting Lin
johnrhutchinson.bsky.social
Oh groovy, our paper on the hindlimb biomechanics of the Triassic dinosauriform Lagosuchus is out! A quick thread for now. We uCT-scanned most of the existing skeletal material for this important outgroup to Dinosauria. We sorted through the elements and chose the best ones to make a 3D model from.
Reposted by Yuting Lin
Reposted by Yuting Lin
tinandemu.bsky.social
First time!
johnrhutchinson.bsky.social
SICB2024 abstracts: simulating musculoskeletal biomechanics of how emus stand up, how gators high walk, and how kangaroos hop.
Wish I could actually be there, but I have $0 for it.