Yan Yan Shery Huang
@Biointerface_CU
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Professor of Bioengineering @Cambridge_Uni, Biointerface and Biofabrication for Health and Sustainability. Associate Editor @ACS_AMI
Cambridge, England
Joined February 2017
Thank you @NaturePortfolio for sharing our work 🕸️Imperceptible augmentation of living systems with organic bioelectronic fibres🕸️ #Biofabrication.#EngineeringBiology.
A study in @NatureElectron uses customizable fibre networks to create on-skin electrodes that can record electrocardiogram and electromyography signals, skin-gated organic electrochemical transistors and augmented touch and plant interfaces.
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RT @YoursCambridge: From 26 billion-dollar businesses to 125 Nobel Prizes, Cambridge's innovation is impressive in numbers. But what's even….
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RT @BioDesignManuf: Congratulations @JoshWeyg for receiving the Best Oral Presentation Award at our 5th International Conference on Biomate….
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RT @GT_HongYeo: Happy to share our selected journal cover at ACS AMI @ACSPublications, showing Flexible Smart Insole and Plantar Pressure M….
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RT @AdrianoAguzzi: Academic scientists complain often about the hardship of their chosen career, but in reality research in academia is amo….
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RT @iekmanlei: 🎉Happy to share that I'll be a guest editor for a special issue of @OAE_SoftScience (IF 9), "Soft-Hard Integrated Soft Syste….
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RT @jmhernandez233: There is an opening for a University Assistant Professor in Machine Learning to be based at.@CambridgeMLG
https://t.co/….
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RT @ChaoqunDong: We are delighted to welcome @ChenXD_NTU_Sg Prof. Xiaodong Chen from Nanyang Technological University to Cambridge. Very in….
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Check out our new publication, a new way to pattern soft bioelectronics - *3D freeze-printing of binder-free PEDOT:PSS*.
onlinelibrary.wiley.com
We present a 3D freeze-printing strategy for PEDOT:PSS with DMSO, achieving over 350% conductivity enhancement through freezing-induced polymer reorganization. This mild process avoids harsh and...
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RT @HuangJunting16: It has been a marvelous adventure at @Cambridge_Uni @Biointerface_CU during my MPhil. Thrilled to see the work out as m….
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RT @andy_wangw: Integrating our skins as part of a body-coupled sensing circuit - we create triboelectric e-skins to augment our natural ta….
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RT @harari_yuval: We are facing a world where a new generation grows up with intimate relationships with AI. There could be unknown benefit….
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RT @GT_HongYeo: We're happy to share our recent article, which was selected as a cover by @ACSPublications. Read more on our work developin….
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RT @iekmanlei: 🎉Excited to share our recent work in @ScienceAdvances. We developed a new #ice-templating method that can create #concentr….
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RT @BioMedEngAssoc: 👀Keep an eye on your inboxes for notification of abstract acceptance👀. Thanks to everyone who has submitted abstracts f….
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RT @ArnoldLiningJu: One job done ✅ during my sabbatical at @Cambridge_Uni is writing a Perspective with Prof Shery Huang @Biointerface_CU h….
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Check out our Perspective on emerging #biofabrication and #biomanufacturing technologies, with @ArnoldLiningJu .With innovative design & system #EngineeringBio, we hope to move closer to making functional human tissues and organs at scale.
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RT @TawfiqueHasan: 🤖We are hiring a PDRA on soft electronics to work in our @ARIA_research project. If you are interested in commercialisin….
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RT @GeorgeMalliaras: One week to abstract submission deadline for ECME 2025! Submit your abstract here:
ecme2025.eu
Join us in Cambridge, UK, for ECME 2025 – a premier conference showcasing the latest advances in molecular electronics. September 22–26, 2025.
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