Guebum Han

We are excited to share our research on cartilage failure from pre- to post-relaxation timescales and insight into the flaw sensitivity of cartilage from @HenakLab and Eriten Lab at @UWMadEngr. Great news to start the week! Check it out @SciReports! nature.com/articles/s4159…

@aashrithsarasw1 @UMNCSE @UMNIEM Thank you 😀!!!

@GuebumH @UMNCSE @UMNIEM Congrats, Guebum!

I am thrilled to share my postdoc research on developing machine vision-guided adaptive 3D printing systems for picking and placing living organisms. Check it out! 😀 Adaptive 3D printing system to pick and place bugs and other organisms @UMNCSE @UMNIEM cse.umn.edu/college/news/a…

@UWMadEngr @NSF @UWMechEngr @HenakLab Congratulations 🎊 👏!!!

Through an @NSF CAREER Award, @UWMechEngr’s Corinne Henak (@HenakLab) will examine the effect of mechanical loading on redox balance in cartilage over short timescales. Her work could eventually enable better screening of treatments for joint disease. engineering.wisc.edu/news/henak-ear…

Inspired by nature, sourced from nature, designed for nature, and published in @Nature ! Biodegradable morphing robots are "gone to earth".

Thank you, ⁦@Caltech⁩, for featuring our latest work that’s very very naughty! caltech.edu/about/news/kno…

We're counting down to the 2022 WARF Innovation Awards! Meet our fifth nominee, a team of mechanical engineers measuring cheese and other soft materials with acoustic waves. @UWMechEngr @UWMadEngr #WisconsinInnovates warf.org/videos/testing…

@UWMechEngr @HenakLab @EritenRG I am excited to see you push the boundaries of science :) Great work!

New invention alert - @UWMechEngr faculty @HenakLab & @EritenRG have developed a method for testing the mechanical and failure properties of #softmaterials using a non-contact, portable vibrometer that measures acoustic emissions wispolitics.com/2022/warf-tout… @WARF_News @UWMadEngr

Amazing! #UMN engineers and doctors have designed a unique 3D-printed light-sensing medical device that could help millions of people worldwide with lupus and other light-sensitive diseases. z.umn.edu/lightsensor @UMNME @umnmedschool @UMNresearch #lupus

@HenakLab This is a neat poster introducing people in Henak Lab!😄

Updated lab poster highlighting our current research areas.

We have an open graduate research assistant position in mechanical characterization and computational modeling. The goal of this NSF-funded research project is to identify mechanisms that govern mechanical behavior at soft biological interfaces. Pls RT!

I am speaking at CRYO2022. Please check out my talk if you're attending the event! #CRYO2022 - via #Whova event app

Please join me June 13, 12pm CT for a webinar on my favorite topic: “I was trained how to do everything but run a lab!” The lecture is free on the AOCConnect platform. Just register (no cost) as a researcher: aoc-ortho.com & the info will be sent from there. (1/3)

Ready to see the CRYO2022 Scientific Program? It's now online! You can find your presentation time, view the other sessions, and meet our speakers. cryo2022.com/schedule/

Congratulations to @UWMechEngr's own Prof Corinne Henak @HenakLab and Zach Smith who were recognized at the 2022 @UWMadEngr faculty and staff awards yesterday! engineering.wisc.edu/blog/henak-and…

If you plan to use microindentation technique to understand the mechanical properties of cartilage or similar soft tissues, here is the protocol paper from @HenakLab:-…rentprotocols.onlinelibrary.wiley.com/doi/abs/10.100… @EritenRG @GuebumH

@HenakLab They are beautiful! I wish I could be there. I miss ORS!

Today’s excellent metabolism in cartilage and bone session made us excited to see the Seahorse! Found them at the aquarium #ORS2022

Neurons in two different micro-compartments are trying to connect with each other: #neuroscience

ME Professor Michael McAlpine received a 2021-2022 Award for Excellence in Postdoctoral Advising from @UMN_GradSchool! Congratulations to Professor McAlpine on this well-deserved honor. #UMNProud

Excited to share our recent @mechbiomat publication "Effects of solvent osmolarity and viscosity on cartilage energy dissipation under high-frequency loading". Great work by Jin Wook Hwang, @ChawlaDipul, @GuebumH, with @EritenRG. authors.elsevier.com/a/1eBGR6EHNehE…

Here you can see two neurons sensing one another and connecting in a petri dish. There are 86 billion neurons in the #brain, and they use these webbed hand like structures (“growth cones”) to search for and connect to other neurons or body parts as we develop @AcademicChatter