Zhenwei Ma

UBC

[Zhenwei Ma @ma_zhenwei]

Beyond excited to share our latest work in @ScienceMagazine on manipulating tough bioadhesion with sound and bubbles! Really enjoyed working on this super cool project with physicists, chemists, engineers, and clinicians! https://t.co/IyJ1EYuMq7

[Zhenwei Ma @ma_zhenwei]

@JunzheLou Congrats!!!

[Zhenwei Ma @ma_zhenwei]

We propose a versatile yet simple strategy to integrate highly entangled hydrogels and diverse biomedical plastics! Really appreciate the support, guidance and help from Dave, @BenRFreedman, @Junsoo_twit, and @ObusehFavour!

[Zhenwei Ma @ma_zhenwei]

A fantastic way to kick off the new year with a new publication in Advanced Healthcare Materials, an intriguing project I worked on during my time in the #mooneylab @hseas @wyssinstitute! https://t.co/D7lON1P01s

[Zhenwei Ma @ma_zhenwei]

@Yinyin_Bao @ETH_en @helsinkiuni Congratulations, PROF. Bao!!! All the best with your new journey in Helsinki! 🥳

[Zhenwei Ma @ma_zhenwei]

Happy to share our new work on "penetration enhancers modulated tough hydrogel bioadhesion and locoregional drug delivery" published in @BioMaterSci! Congratulations to our excellent students and collaborators @BCCancer @ubcpathology @RIMUHC1! https://t.co/aEKYsvlTXs

[Zhenwei Ma @ma_zhenwei]

A fantastic opportunity to join an interdisciplinary team working on the most cutting-edge research, mentored by the most inspiring and supportive mentor, and living in the beautiful Montréal! 🤩🤩🤩

[Li Jianyu 李剑宇 @jianyuvli]

We are looking for graduate students and postdoctoral associates. Our lab offers exciting funded projects, focusing on engineered bacteria-based bioadhesives, ultrasound-based biofabrication, wearable bioadhesive sensors, and hemostatic technologies (https://t.co/cmDmUnzl8f)

[Zhenwei Ma @ma_zhenwei]

@nikkommunology See you soon Dr. Jeffreys 🥳

[Zhenwei Ma @ma_zhenwei]

A great pleasure to write a "preview" article for @Matter_CP, on "seeing through deep tissue mechanics with wearable ultrasound", highlighting the pioneering research (BAUS-E) from @ProfZhaoMIT's team! Thanks @CranfordMATTER for the opportunity! https://t.co/1X5lIXrYGB

[Zhenwei Ma @ma_zhenwei]

@jianyuvli @softmatter @ubcmech @agbharath Thank you! Building upon what I've learnt from you! 😬

[Zhenwei Ma @ma_zhenwei]

Check out our new paper exploring the cutting mechanics of @softmatter! Fun collaboration with Mattia at @ubcmech (and my first time as a co-corresponding author)! Congratulations to the newly minted Dr.@agbharath! 🥳https://t.co/gkYu5U7afj

[Zhenwei Ma @ma_zhenwei]

@agbharath @softmatter @ubcmech Always been a pleasure! Looking forward to our next one 😉

[Zhenwei Ma @ma_zhenwei]

@ANottegar @jianyuvli @TinkerHuo @Chris70548109 Thanks man! I'm sure you will do great things at EPFL! Hope to see you soon! ☺️

[Zhenwei Ma @ma_zhenwei]

Very happy to share our latest work on "printable tough adheisves" published in Advanced Functional Materials! Really appreciate the support from @jianyuvli, our dream team @TinkerHuo @ANottegar @Chris70548109, and our collaborators! Congratulations everyone!!

[Li Jianyu 李剑宇 @jianyuvli]

Our new paper appears in Advanced Functional Materials @AdvSciNews. By combining 3D printing with polyelectrolyte coacervates, we developed printable bioadhesives that use tissue interfaces to trigger stiffening, strengthening, and toughening in situ https://t.co/JsYy1hytN0

[Zhenwei Ma @ma_zhenwei]

@SimoneSchuerle Congratulations @SimoneSchuerle!! Really enjoyed your impressive talk at the GRC! Looking forward to more groundbreaking work from you!!

[Zhenwei Ma @ma_zhenwei]

@ProfZhaoMIT @sarahw_twt @MITMechE @MIT @MIT_IMES @ellentroche Congratulations @sarahw_twt !!! 🥳

[Zhenwei Ma @ma_zhenwei]

@JunzheLou Congrats Robin!!

[Zhenwei Ma @ma_zhenwei]

@nikkommunology @PZandstra @StemCellBioEng @SBME_UBC @ubcmsl Can't wait 🤩🥳🥹

[Zhenwei Ma @ma_zhenwei]

@jianyuvli @mcgillu @McGill_Eng @McGill_VPRI @XiaozheWang2 Thank you so much for your mentorship and support as always!!! ☺️

[Zhenwei Ma @ma_zhenwei]

Congratulations @ProfZhaoMIT @Jingjing___Wu on this major breakthrough!!! Such an exciting era for bioadhesive development!

[Xuanhe Zhao @ProfZhaoMIT]

In @Nature today, we reported that adhesive implant-tissue interfaces can prevent the formation of observable fibrous capsules on various organs, including the abdominal wall, colon, stomach, lung and heart, in diverse animal models, including rats, mice, humanized mice and pigs.
https://t.co/il2b9IUjFi