GUlaboratory

Bioinspired Engineering

希望来到这里之后能够继续成长:

批判思考之习惯,钻研刻苦之精神,辩证分析之能力;
追求卓越之信心,积极包容之态度,恪守公正之素养。

Recent Highlights

Publication
September 1, 2023
Glad to share the snaps from those two cover articles, Advanced Materials and Bioactive Materials
Congratulations to Shenglong Ding and Zili Gao!
Conference
August 6, 2023 - August 8, 2023
International Conference On Biomaterials
Bio-Design And Manufacturing (BDMC2023), Singapore
第三届国际生物设计与制造,生物材料学术会议,新加坡
Harnessing Microscopic Cell Movements in Macroscopic Organ Fabrication
Prof. Qi Gu, Invited Speaker
Commencement
August 23, 2023

Congratulations to our graduate students Minxuan Jia and Jingmin An!
Wish them all the best in the future!

Lecture
April 18, 2023
University of Wollongong, Australia
伍伦贡大学,澳大利亚
How far apart are the engineered organs from natural ones
我们离构建真正的器官还有多远
Prof. Qi Gu, Invited Speaker
Publication
May 2, 2023

Glad to share our recent review on collagen-based biomaterials in neural tissue engineering, covering different manufacturing strategies, therapeutic potentials, challenges, and future prospects. Many thanks to our collaborator Prof. Mingzhu Zhang and students, including Shenglong Ding, Kai Li, and Xiyuan Zhao.

Been a while since I hopped on Twitter! Got so wrapped up in paperwork for all these hefty projects that I totally forgot to share the snaps from those two cover articles @BioactiveMat @AdvSciNews that went live a while back! 😄Check them out!

2

Great opportunity👍👍, the software and hardware environment are very good. @ArnoldLiningJu @SnowMedical @USYDBME

Happy to share our recent work published online in @BioactiveMat, focusing on the 3D movement of cells across interfaces. Looking forward to our future work on the complex and organized movement of multiple cell types in #biofabrication.

Glad to share our lastest #biomaterials papers online in **Materials Today Bio** @MaterialsToday. One develops microcarriers for large-scale stem cell culture, while the other reviews collagen based engineering in neural tissues. https://www.sciencedirect.com/science/article/pii/S2590006423001229; https://www.sciencedirect.com/science/article/pii/S2590006423000996.

2

Wrapped up 5d in NZ for @ASBTE1 & workshop. Catching up with old & new friends was amazing! Huge thanks to @Khoonono & @Tim_WoodfieldNZ for organizing. Excited upcoming visists to USYD @ArnoldLiningJu & UOW @GordonGWallace @IPRI_UOW before heading home. THX for hosting🙏🙏🙏!

4

Glad to share our latest publication in Adv Mater @AdvSciNews on lacuna-inspired #microcarriers for #cartilage regeneration! Big thanks to Dr. Zhang for medical expertise. Excited for the next step of #bioprinting.

Happy Chinese New Year of the Rabbit to ALL FRIENDS. 🎇🎇🎇Wish You A New Year Filled With Peace, Love, Joy & Happiness.

Thank you, Chinese Society of Stem Cell Research (CSSCR) for giving me the Outstanding Young Investigator Award. Delighted to be recognized for my work on stem cell printing and bioinspired engineering.🧐

Abstract submissions now open for ASBTE2023 🤓 https://www.asbte2023.co.nz/call-for-abstracts Looking forward to this conference in Christchurch next year! @DrAnnaW_lab @JelenaRnjak @Tim_WoodfieldNZ @ASBTE1 @Khoonono @Vipul_syd @DomiganLaura

Glad to share our recent work online in Adv Sci, which took almost 5 years. Bioinspired structures control extraembryonic cell migration and firstly extend embryo culture to E8.5. Thank Adv Sci for the fast and efficient peer review process. @AdvSciNews
https://onlinelibrary.wiley.com/doi/10.1002/advs.202202282#.YtYeKjCK478.twitter

Happy Chinese New Year of the TIGER to ALL FRIENDS. 🎇🎇Wish You A New Year Filled With Peace, Love, Joy & Happiness.
P.S Nice #GoogleDoodle @Google
https://g.co/doodle/mk9nnyu

Glad to share our recent #bioprinting work published on @Biofabrication to put insights into what happens in 3D printed skeletal muscles and how to control cell movement in 3D. Thank Prof Ng Shyh-Chang for the collaboration.
https://doi.org/10.1088/1758-5090/ac3aca via @IOPscience

Great event with excellent speakers @shrikezhang @Santos_Lab15 @UtaGoebel There is still a chance to register😁😁

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博学之,审问之,慎思之,明辨之,笃行之。

《礼记·中庸》

Free Your Mind. 

– Quotes from “The Matrix” (1999)

Challenge The Impossible

GU LAB seeks to develop novel biomaterials and advanced technologies including 3D/4D bioprinting to regulate cell fate spatiotemporally, fabricate 3D organs  functionally, and create therapeutic methods meaningfully according to the mechanism of developmental biology and in turn deepen the understanding of what is life.