Xiao Yang
@XiaoYang63
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Assistant Professor @JohnsHopkins @JHUBME. Bioelectronics and biomaterials for brain-machine interfaces and organoids.
Baltimore, MD
Joined March 2019
Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel bioelectronics and biomaterials for brain-machine interfaces, regenerative medicine, and the study of human neural development and diseases.
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Nano-bio interfaces for electrical and biochemical signal transduction https://t.co/QtdeTvUjoL
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In this week’s @Nature, we publish a group effort to outline a framework for studies with neural #organoids, #assembloids and transplantation. More details below 1/n
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Glad to see our work on kirigami electronics for organoids featured on the cover @NatureBiotech.
The December issue is live https://t.co/WWAOpGHjhT Our cover shows an artistic representation of KiriE, a flexible platform that preserves neural organoid morphology and enables integration with optogenetic and pharmacological manipulation https://t.co/WQ5BzokKZU
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Two weeks to #BMES2024! Join #HopkinsBME in our home town and meet some of our faculty and students in booth 800 or at our reception. Alumni, mark your calendars for a breakfast Friday morning!
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Congratulations to the team!🎉🎉
Membrane curvature promotes ER-PM contacts in cardiomyocytes. Excited to share our work published in Nature Cell Biology today. Congratulations to Yang and the team! https://t.co/ylGXgzRqMm
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Congratulations @YangYang0511 and the team!
Excited to share our work published in NCB! We uncovered how plasma membrane curvatures spatially modulate ER-plasma membrane contacts, shedding light on the enrichment of these contacts at T-tubules in cardiomyocytes.Thank you to all our collaborators and everyone in the CuiLab!
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Congratulations to @XiaoYang63 for starting her lab @JohnsHopkins next year! Xiao has elegantly developed and applied kirigami mesh electrodes to neural #assembloids and #organoids to non-invasively capture electrical activity in 3D 👏
Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel bioelectronics and biomaterials for brain-machine interfaces, regenerative medicine, and the study of human neural development and diseases.
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Congratulations! 👏🏻👍👇 Xiao did summer research during her undergraduate with us at Madison. 🤗
Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel bioelectronics and biomaterials for brain-machine interfaces, regenerative medicine, and the study of human neural development and diseases.
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So excited for @XiaoYang63 for her new position! Anyone looking for an amazing post doc opportunity should contact her as below
Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel bioelectronics and biomaterials for brain-machine interfaces, regenerative medicine, and the study of human neural development and diseases.
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A fantastic lab to join!!!
We are actively recruiting at all levels—postdocs, graduate students, and research assistants! If you are passionate about our research, please email me at xiaoyang@jhu.edu or visit our lab website at https://t.co/wzSysmSTJ9 to learn more!
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Step into the world of *Avatar*! Congrats to my colleague @XiaoYang63 on this exciting new journey. A brilliant and meticulous scientist, offering a fantastic opportunity for anyone passionate about BMI and biomaterials for neural research.
Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel bioelectronics and biomaterials for brain-machine interfaces, regenerative medicine, and the study of human neural development and diseases.
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An opportunity to work with a brilliant scientist and a fantastic mentor! Excited to see what @XiaoYang63 will be up to in her new lab!
Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel bioelectronics and biomaterials for brain-machine interfaces, regenerative medicine, and the study of human neural development and diseases.
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Interested in the intersection of brain organoids and bioelectronics? I highly recommend working with my colleague @XiaoYang63 when she opens her lab at Hopkins next year! Rigorous thinker who's passion for science shines through
Thrilled to share that I will join @JohnsHopkins @JHUBME as an Assistant Professor in 2025! The Yang Lab will develop novel bioelectronics and biomaterials for brain-machine interfaces, regenerative medicine, and the study of human neural development and diseases.
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Immense gratitude to my postdoc co-advisors @BianxiaoC and @Sergiu_P_Pasca, and my PhD advisor, Prof. Charles M. Lieber, for their unwavering guidance and support. Heartfelt thanks also to all my mentors, colleagues, collaborators, and friends!
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We are actively recruiting at all levels—postdocs, graduate students, and research assistants! If you are passionate about our research, please email me at xiaoyang@jhu.edu or visit our lab website at https://t.co/wzSysmSTJ9 to learn more!
xiaoyanglab.com
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Membrane curvature promotes ER-PM contact and dyad formation in cardiomyocytes. @YangYang0511 @chingtingtsai @ChihHaoLu_TW @santorof14 @Zjahed @jen_liou @Joseph_C_Wu Membrane Curvature Promotes ER-PM Contact Formation via Junctophilin-EHD Interactions
biorxiv.org
Contact sites between the endoplasmic reticulum (ER) and the plasma membrane (PM) play a crucial role in governing calcium regulation and lipid homeostasis. Despite their significance, the factors...
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The Johns Hopkins biomedical engineering graduate programs have earned the No.1 ranking from @usnews, marking more than 30 consecutive years at the top spot, according to the new 2024 rankings released today.
bme.jhu.edu
The Johns Hopkins biomedical engineering graduate programs have earned the No.1 ranking from U.S. News & World Report, marking more than 30 consecutive years at the top spot, according to the new...
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Congratulations to @XiaoyuChenxy @fikribirey and the entire @Sergiu_P_Pasca lab team for this exciting study! 🎉🎉
Today, I’m thrilled have our lab’s work featured on the cover of @Nature In this article, we have developed a therapeutic approach for a severe condition called Timothy syndrome. This has been a long journey. It started with making hiPS cell-derived neurons in 2D cultures 15
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Research Highlight from Nature Reviews Bioengineering https://t.co/crn4bl7bh8
nature.com
Nature Reviews Bioengineering - An article in Nature Biotechnology reports flexible kirigami-based electronics that allow the non-invasive and long-term recording of electrical activity in neural...
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