DeShea Chasko

University of Oregon Bioengineering PhD Student | MSState BME Alum | Atlanta

[DeShea Chasko @ChaskoDeshea]

Thank you Seattle for an incredible time at #termis2024 with @UOKnightCampus and @LindbergLabs - enjoyed reconnecting with old friends and making new ones. Explored the Enchantments before heading back to Eugene!

[DeShea Chasko @ChaskoDeshea]

I am incredibly honored to be recognized with an honorable mention on my #grfp! A huge thank you to my family, friends, advisor (@LindbergLabs) and the @UOKnightCampus for their support! 🦆

[Knight Campus @UOKnightCampus]

Congratulations to 4 current #KnightCampusBioE students & 1 former student awarded the prestigious @nsfgov Graduate Research Fellowship @David_Frey_ @hernandez_1800 @NPancheri_BioE @ImanvonBriesen @GautreauxMalley and honorable mention @ChaskoDeshea! https://t.co/0YUYUJ9t2F

[Gabriella Lindberg @LindbergLabs]

Having a wonderful winter wonderland experience at the Alpine Winter School for Biofabrication. Today @ChaskoDeshea presented our work on BM models. Thank you to Aleksandr Ovsianikov and
@JuliaFdezPerez for organizing a great program! @ISBioFab @UOKnightCampus

[AnderReizabal @AnderReizabal]

Discover the innovation behind our modified 3D printer, equipped with a -35 °C collector and combined with silk concentrated solution, to facilitate the rapid solidification of microfibers for biologically relevant, hi-res, cm-scale, porous constructs
https://t.co/p0hOgnvFwp

[Gabriella Lindberg @LindbergLabs]

First @ISBioFab conference presentation for PhD student DeShea Chasko, great work connecting with the biofab family and sharing our findings at #biofab2023 @UOKnightCampus

[DeShea Chasko @ChaskoDeshea]

#alwaysus #goducks

[DeShea Chasko @ChaskoDeshea]

An interesting read on determining the effects of calcium and phosphate on the angiogenesis of endothelial cells in bone using dual-ink 3D printing. Be sure to check it out! #bioe610 https://t.co/t9SS82hR7R

[DeShea Chasko @ChaskoDeshea]

Check out this read on mimicking the bone marrow environment using microfluidics to culture hematopoietic stem cells! #bioe610 https://t.co/FHHGCnwmpA

[DeShea Chasko @ChaskoDeshea]

A novel approach in creating vascularized networks and microglia cells in one fused brain organoid. A fascinating read so be sure to check it out! #bioe610 https://t.co/tIKG41YbrE

[DeShea Chasko @ChaskoDeshea]

Hydrogels with integrin-specific peptides now show promise in mesenchymal stem cell adhesion. Increased success in musculoskeletal-based clinical trials could be coming up real soon! #bioe610 https://t.co/MN0H1VLUE4

[Gabriella Lindberg @LindbergLabs]

Thank you for hosting us today @OregonState, great to be able to share our classes in the field of #Bioengineering. @ParisaH_Lab, Adam Higgins, @GiersLab, @WillettLabs @meltelectrospin. @UOKnightCampus students got extra lucky, having our very own captain piloting our vehicle!

[DeShea Chasko @ChaskoDeshea]

Attached is an awesome review paper on recent advancements in oxygen delivery within hydrogels! Be sure to give it a read if you get a chance! #bioe610 https://t.co/9nJANf31Ok

[Knight Campus @UOKnightCampus]

#KnightCampusBioE PhD students @NPancheri_BioE @ChaskoDeShea @MaddyJMartin21 @David_Frey_ @dimanvb @karlymeifear had loads of fun this week sharing some #Bioengineering knowledge with elementary and middle schoolers and their parents at the @ChicsDigScience open house!

[DeShea Chasko @ChaskoDeshea]

Are you interested in improved vascularization within organ-on-a-chip microfluidic models that enable fibrin hydrogels to better mimic the bone marrow niche? Of course you are! #bioe610
https://t.co/GoyRQTvSkt

[Gabriella Lindberg @LindbergLabs]

Had a wonderful time at #OBS2022, great to see Nataliia Shchotkina, Matthew Hofmann, and Spencer Siegel present our latest work. Thanks @OregonState for hosting us this year!

[Jarod @JarodForer]

What I learned from my first bioengineering conference that has nothing to do with bioengineering, a 🧵 1/10

[DeShea Chasko @ChaskoDeshea]

Read an interesting paper about using a bioactive milk-derived scaffold to recruit macrophages for bone regeneration. Check it out if you get a chance! #bioe610
https://t.co/a21wF02woy

[Knight Campus @UOKnightCampus]

Whew, what a week! And what a great group of bioengineering Ph.D. students! That's a wrap for #ImpactWeek at the #KnightCampus. The bootcamp may be over, but the personal and professional growth will continue! https://t.co/FVXPmqNx3F