
Kyoko Yoshida
@kyokoyoshida
Asst. Prof @UMNBME | Pregnancy Biomechanics 🤰💖 | Postdoc @UVABME | Ph.D. @CUSEAS | (she/her) | Cyclist 🚴♀️🚵♀️
ID: 29651048
08-04-2009 05:46:35
402 Tweet
516 Followers
460 Following

I’m very excited to be presenting my doctoral research as part of the SB3C PhD Student Paper Competition! Stop by on Tuesday during the Morphogenesis, Maternal/Abdominal Health session in Zermatt to hear two Varner Lab presenters - Shelby Mohr-Allen @ 10:30am and me @ 10:45am.




The 2nd annual Rising Scholars in BME Regional Career Conference gets off to a great start with speed networking at posters. 27 scholars ! Thank you UMN Biomedical Eng for hosting and U.S. National Science Foundation for support. #MentorshipMatters





Excellent new modeling work by postdoc Roberto Alonso Matilla Roberto Alonso Matilla, co-advised by Paolo Provenzano. Optimizing cell traction force, even in very stiff environments, + guidance for molecular tension sensor design. sciencedirect.com/science/articl…

I'll be presenting (virtually) at our BME-Industry Grand Rounds with FemTherapeutics on Engineering and Women's Health. Open to everyone, and the registration link is below!

📢 FACULTY JOB ALERT: Now inviting applications for tenure-track or tenured biomedical engineering positions (open rank), depending upon applicant qualifications. View posting and apply: z.umn.edu/bme-faculty-jo… #facultyjobs #academicjobs College of Sci & Eng


Join the UMN Biomedical Eng Grand Rounds webinar featuring Negin Ashouri from FemTherapeutics & Prof. @KyokoYoshida talking about engineering and #WomensHealth! 🗓️ Oct. 9 from 3:35 - 4:30 p.m. CT Learn more and reigster: bit.ly/3Zsudet.



Congrats to our Ph.D. Student, Paige who won 🥉 place at the UMN Institute for Engineering in Medicine annual meeting poster competition! She is incorporating pregnancy hormones into a vascular smooth muscle cell signaling model.


I'm excited for you to see our latest systems regeneration studies by outstanding grad students Bryana Nycole Harris and Kaitlyn Wintruba and REU student Diego Trafton!

#newinJBME The Cardiovascular Biomechanics Lab lab at UW-Madison BME developed a computationally efficient hemodynamic model of the cardiac system that captures normal and pathological growth from birth to age 3. Read more about the model and its validation: doi.org/10.1115/1.4062…


What an opportunity! Emily, a Ph.D. candidate in our lab (bottom row, 2nd from left), shared our U.S. National Science Foundation CAREER project on the mechanics of uterine growth and remodeling during pregnancy with NSF Director. Thanks, Emily, and thank you for visiting Dr. Panchanathan!




I'm happy to share that our first research manuscript, led by Molly Kaissar, is not only available but also selected as an APSselect article! Great job, Molly and thank you APS Publications and AJP-Heart and Circ. UMN Biomedical Eng College of Sci & Eng

Press Release for AJP-Heart and Circ article "Computational model captures cardiac growth in hypertensive pregnancies and in the postpartum period." (See "Related" tab) #IntegrativeCardio ow.ly/erkP50Sfj6o ow.ly/IuIl50Sfj6p
