Terry ching

PostDoc at Christopher Chen lab (@BostonU_BME, @wyssinstitute) | Joint-PhD @sutdsg (@SoftFluidics) & @NUSingapore (@MicroTElab) 🇸🇬

[Terry ching @terrychingg]

@SoftFluidics @michinaoh @MicroTElab @sutdsg @NUSingapore #ScienceRoboticsResearch
5/5

[Terry ching @terrychingg]

New in @ScienceMagazine! Untethering soft robots from electrical or pneumatic power remains a prominent challenge in the field due to the weight of conventional soft robotic actuators.
https://t.co/SfuWsYlrcY

1/5

[Terry ching @terrychingg]

Our study offers an alternative tool for designing and customizing lightweight, untethered soft robots with advanced functionalities.
4/5

[Terry ching @terrychingg]

New in @ScienceMagazine! Excited to share our latest publication "Crawling, climbing, perching, and flying by FiBa soft robots" in Science Robotics. @michinaoh @SoftFluidics @MicroTElab @sutdsg @NUSingapore https://t.co/SfuWsYlrcY

[Wyss Institute @wyssinstitute]

As part of the @WellcomeLeap initiative, @snbhatia , Chris Chen, Dave Mooney, & @JenniferALewis1 are developing solutions to the organ donor shortage & creating drug testing platforms. Learn about Bhatia & Chen's work ⬇️, or see more➡️ #WellcomeLeap https://t.co/BSbgi6rldo

[Terry ching @terrychingg]

@MicroTElab Amazing!

[Nature Cardiovascular Research @NatureCVR]

Review|Emily Flam and Zolt Arany review the current knowledge of how signaling intermediate #metabolites affect the #heart in health and disease , @zoltarany @AranyLab, @PennCVI |https://t.co/1gXZtdOae0

👉https://t.co/9YTzIIYr92

[Darrell Kotton @Kottond]

We are thrilled to announce our latest publication, out today @NatureComms. Congrats to first author @AndreaBAlber and thanks to all our collaborators and all the teams @CReM_Boston @BUPulmonary! Got mesenchyme!
https://t.co/UzYsn9Y4iC

[Advanced Portfolio News @AdvPortfolio]

2D in vitro systems that confine macrophages to small areas modulate their responses to known inflammatory agents, but how exactly this was happening remained unclear until now.

@seguralab @DukeU

Read the study to find out: https://t.co/XGZa2jwJFk

[Michinao Hashimoto @michinaoh]

We are #hiring at Singapore University of Technology and Design (SUTD). Looking for a few #PhD and fresh #postdocs in the field of (1) microfluidics & vascular engineering and (2) direct ink writing 3D printing for novel fabrication. Please contact if interested!

[Terry ching @terrychingg]

@dryeeseeks I miss this so much

[Ryan Truby @rltruby]

I am so proud of our Robotics Subgroup! Pranav, Francesco and James are leading awesome work in our lab @NorthwesternEng, and we’re thrilled their walking soft robot is featured on the current cover of @softmatter!

[Terry ching @terrychingg]

@dryeeseeks @SoftFluidics @MicroTElab Thank you @dryeeseeks!

[Michinao Hashimoto @michinaoh]

Terry (@terrychingg)'s recent paper in collaboration with Yi-Chin's group (@MicroTElab) is featured as the cover of Small. Congratulations everyone in the team!

We made 3D and branched vascular structures using 3D-printed porous molds. Please check out: https://t.co/fSJTuGyALY

[Wickstrom-Lab @WickstromLab]

We took on the challenge with @KateMiro1 to illustrate key aspects of #nuclear #mechanotransduction in a single #snapshot 👇Hope it’s useful! https://t.co/vdXFS9ZAhx

[Terry ching @terrychingg]

A nice video created by @HealthcareLdr @CurieuxExplorer showcasing our recent work. Thank you!

[Healthcare 🏥 Health Tech @HealthcareLdr]

Biomimetic Blood 🩸 Vessels 🫀

🎥 bioengineeringN
https://t.co/LgP9XacZCu TY @CurieuxExplorer #3DPrinting #MedTech #healthTech #innovation #Cardiology

[Terry ching @terrychingg]

@hftech96 @SoftFluidics @MicroTElab @AdvSciNews Thank you Hajime!! All the best in your PhD at Stanford!

[Terry ching @terrychingg]

Super happy to share our recent published paper from @SoftFluidics lab and @MicroTElab lab! Ty @AdvSciNews for the feature!

[Advanced Portfolio News @AdvPortfolio]

This freestanding, durable vascular model is made from a cell laden hydrogel that was molded using a microfluidics enabled technique combined with coaxial bioprinting.

@terrychingg @SoftFluidics @sutdsg @MicroTElab

👉 https://t.co/qzRSYjMmwd