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
Conference
March 29, 2024 - March 31, 2024
Annual Report
February 2, 2024 - February 3, 2024
Commencement
November 23, 2023
Conference
October 15, 2023 - October 19, 2023
Publication
September 1, 2023
Congratulations to Shenglong Ding and Zili Gao!
Excited to have backed ICAM-BM2024 with Prof SUN W and had friends @Tim_WoodfieldNZ @jianyangpsu @Khoonono @mascott85 @liliangouyang @JinahJang4 @Biointerface_CU @jrmstrng, Profs XIAO Y, CHEN XB, LI Q, GAO G&more in Beijing/my lab recently. Aimed to inspire & innovate in science.
4
Glad to share our lastest series of advancements in #microphysiological constructs and systems: a review (), a biofab database (http://data.iscr.ac.cn/mmdb/, https://doi.org/10.36922/ijamd.2420), and a model for evaluating bioartificial organ
(https://pubs.rsc.org/en/content/articlelanding/2024/lc/d3lc01020a).
Honored to have received a Judges' Commendation for 2023 Australia China Alumni Award for Research and Science. Grateful for the nomination by @UOW and the unwavering support from my former supervisor, @GordonGWallace. #ACAA
3Pausing to reflect on a 10-day trip: #CSBM2023 in #Chongqing, #TERMISAP2023 in #HongKong, #BNN2023 in #Suzhou, #PSConf2023 in #Beijing, Prof Qin's 100th in #Harbin, & visit from friends. Reunions, new connections - excited for the next! (Limited tags due to character count😅).
4TERMIS AP 2023 is tomorrow! Looking forward to seeing you in #HongKong 🇭🇰. Welcome to our sessions S03 and S04 with the wonderful @juergengroll, @ArnoldLiningJu, @Tim_WoodfieldNZ, and more. 👥 @termisap2023
2Delighted to share our latest review in Small Methods @AdvSciNews! From organoids to organ-on-chip, and innovative biofabrication, we dive into MPC & MPS. Proudly collaborated with Prof Wallace @GordonGWallace & Prof Jun Chen of @UOW @IPRI_UOW. Read more:
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!
2Great 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.
https://www.sciencedirect.com/science/article/pii/S2452199X23001524
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.
2Wrapped 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🙏🙏🙏!
4Glad 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.
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
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.