Janelle Kaneda

@Stanford BioE B.S.H. '19, M.S. '21, Ph.D. Candidate🌲 || engineering student & lifelong dancer ❤️ biomechanics, medical devices, & kidney care

[Janelle Kaneda @JanelleKaneda]

Thank you so much @StanfordEng ! So grateful for this opportunity to share my story! ❤️🌲 #Stanford #Engineering #Biomechanics #KidneyCare #Dance

[Stanford Engineering @StanfordEng]

“What inspires me about engineering is everything that’s happening at the intersection of engineering fields. You have to use all the tools at your disposal, all your experiences, to create novel, cutting-edge work.” — Janelle Kaneda, Coterm MS ’21, BioE https://t.co/z8RHWWIc0s

[Wu Tsai Human Performance Alliance @WuTsaiAlliance]

Krithika is continuing her study of movement & injury risk at @StanfordNMBL, now focusing on ACL injuries. Thanks to Julie Thompson-Kolesar, Julie Muccini, and @JanelleKaneda for making the demos happen.

[Janelle Kaneda @JanelleKaneda]

So much fun helping out my lab mate Hannah with her awesome project! @StanfordNMBL 😊

[Wu Tsai Human Performance Alliance @WuTsaiAlliance]

Congrats to Hannah Heigold, @JanelleKaneda and their team for their award-winning demo at the Innovation and Discovery Expo@Clark @StanfordBioX. Their StaBLE project uses OpenCap to help them understand how to quantify balance performance & optimize balance health for all.

[Scott Uhlrich @ScottUhlrich]

The OpenCap paper is published!

Nice articles by Stanford and the NIH:
https://t.co/BDWpPt9JPN

https://t.co/iMVrQTcDLN

Video: https://t.co/0IMFp5lfMB

[Max Andrews @MaxAndrews100]

Excited to have presented our latest research on multiscale hamstring and regional hypertrophy adaptations to eccentric training at #ISB2023 in Fukuoka 🇯🇵 Thanks to @nmbl and @UQHealth for this incredible opportunity! #JSB #ISBJSB2023 @ISBiomechanics #Biomechanics #hamstrings

[Nicos Haralabidis @nicos199]

That’s the end of the conference season for me! It was great to see old faces again and meet new people! #TGCS2023 #ISB2023

[Keenon Werling @KeenonWerling]

Want to run marathons or climb Mt. Fuji when you're 60? A key step is understanding how energy flows through the body. That's easier with interactive 3D visualizations that run in your browser: https://t.co/eTuNBC4Gfy Check out our workshop WS6 at #ASB2023 to make your own!

[Janelle Kaneda @JanelleKaneda]

@frajewatson @IntWomenBiomech @ISBiomechanics @dr_annek @Alexandr_Gira @KiaraBBarrett @HarperEStewart @AlyciaFongYan Thank you Fraje! ☺️

[Janelle Kaneda @JanelleKaneda]

Excited to present our work on predicting GRFs for various tasks using physics-based features + deep learning at #ISB2023 #ISBJSB2023 !

Talk is in Room 7, 2:30 pm tmrw (Aug 2)!

Thx to my amazing team: @ScottUhlrich , @KeenonWerling & Scott Delp!

@StanfordNMBL @ISBiomechanics

[Janelle Kaneda @JanelleKaneda]

@sagemotionllc @kirsten_seagers @ScottUhlrich @Kevin_A_Thomas_ @StanfordNMBL @MobilizeCenter @restore_center @OpenSimSU Thanks @sagemotionllc ! Even w/o IKRs, I think static optimization can still accurately estimate KCF changes! Even though ppl w/ OA have different gait kinematics, we use the IKR data to get in-vivo measurements for KCF validation; we don't aim to validate OA gait differences.

[Janelle Kaneda @JanelleKaneda]

We validated static optimization for detecting changes in knee contact forces!🦵 https://t.co/q2fiVUF49B

Thanks to my amazing co-authors: @Kirsten_Seagers @ScottUhlrich Julie Kolesar @Kevin_A_Thomas_ & Scott Delp!

@StanfordNMBL @MobilizeCenter @Restore_Center @OpenSimSU (1/3)

[Janelle Kaneda @JanelleKaneda]

🚶🏻‍♀️ We hope our publication can provide benchmark accuracies for musculoskeletal simulation researchers & support the use of static optimization as a tool for evaluating gait modifications for knee osteoarthritis.

Data: https://t.co/WTAX61AP4y (3/3)

[Janelle Kaneda @JanelleKaneda]

👣 We evaluated 115 steps of different gait modifications from three people with instrumented knee replacements.

↕️ Static optimization correctly detected the direction of change with >70% accuracy for changes in early-stance medial knee contact force >0.1 bodyweights. (2/3)

[Janelle Kaneda @JanelleKaneda]

OpticLine paper is out! We created a user-friendly early #peritonitis screening device to improve #peritoneal #dialysis longevity.

Co-First Author w/ @mark_buckup!

Many thx to our team & support! @StanfordEng @StanfordChild @StanfordPedNeph @SUBiodesign @MountSinaiNYC @Kidney_X

[Mark Buckup @mark_buckup]

Thank you to the team, guidance, and collaborations that made this publication possible! @JanelleKaneda @abirk96 @StanfordBioE @4_kidney @RossVenook @MountSinaiNYC @Kidney_X @SUBiodesign @ASNKidney @KidneyNews [5/5]

https://t.co/0oI3mlHvsw

[Neuromuscular Biomechanics Lab at Stanford @StanfordNMBL]

Now on YouTube! Biomechanics of Movement course videos from @Stanford Professor Scott Delp and @uOttawa Professor Tom Uchida.

Watch now: https://t.co/FzIhwqkU3F
Learn about the accompanying lectures, textbook, and homework problems on https://t.co/2OXyAXeGDZ
#biomechanics

[Scott Uhlrich @ScottUhlrich]

Humans can learn new muscle coordination patterns that reduce knee contact force.

Our new paper in Scientific Reports: https://t.co/xUzTg4BgjZ. Thanks to fantastic co-authors: Rachel Jackson, Ajay Seth, Julie Kolesar, Scott Delp. @StanfordNMBL @MobilizeCenter @OpenSimSU (1/6)

[Mobilize Center @MobilizeCenter]

Excellent work from the @MobilizeCenter @StanfordNMBL team! @kirsten_seagers @ScottUhlrich @JanelleKaneda

[Janelle Kaneda @JanelleKaneda]

So grateful to have been a part of an amazing team! ❤️

[Kirsten Seagers @kirsten_seagers]

I am excited to share a new publication that would not have been possible without a fantastic collaboration between engineers, clinicians & participants. A gait modification that reduces knee loading in patients with knee OA, does not increase surrogate measures of hip loading.

[Janelle Kaneda @JanelleKaneda]

@Ryan_Alcantara_ @Stanford @StanfordEng @StanfordMed @StanfordNMBL Thank you so much Ryan!! 😊

[Janelle Kaneda @JanelleKaneda]

So grateful to pursue a #PhD in #Bioengineering @Stanford @StanfordEng @StanfordMed !🌲 Thankful to my family, friends & mentors!❤️ I aspire to help others w/ accessible & personalized tech for movement disorders & human performance🏃🏻‍♀️ @StanfordNMBL #Biomechanics #AcademicTwitter

[Janelle Kaneda @JanelleKaneda]

@hatranmd @Stanford @StanfordEng @StanfordMed @StanfordNMBL Thank you soo much! I hope you're doing well! ❤️