System Regeneration Lab, University of Minnesota, Department of Biomedical Engineering. Researching stem cell biology, regenerative medicine and cell fusion.
Joined April 2016
- Tweets 142
- Following 176
- Followers 294
- Likes 443
51 Photos and videos
Greetings! A reminder to submit your BMES abstracts by 5/30. I am track chair for the Biomanufacturing Track and would love to see your abstract submission and session moderator application.
bmes.org/news/extending-the-…
See you in San Diego, Brenda
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Ogle Lab retweeted
19 Nov 2024
We’re seeking a visionary and collaborative leader to lead our #UMN Dept. of Biomedical Engineering. The individual should have a distinguished record of research, teaching, and service to guide our department to new heights of excellence. @UMNCSE
More: z.umn.edu/bme-dept-head-job-…
ALT text that says, “Now hiring: Biomedical Engineering Department Head. Apply today! Z.umn.edu/bme-dept-head-job-post
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Ogle Lab retweeted
12 Nov 2024
Congratulations to this year’s IEM Engineering in Medicine Doctoral Fellowship recipient Huzefa Husain 🔬🥳👏
Read more: bit.ly/3ACwJGY
#UMNIEM | @OgleLab
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Congratulations! Huzefa Husain for receiving the UMN IEM Doctoral Fellowship. Excited to watch the rest of your journey and to see where this fellowship takes you! med.umn.edu/iem/news/future-…
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It has been a great time at BMES catching up with current and past Ogle Lab members. We also got to see the amazing and innovative work done by Dr. Givens (@SophieGivens3) and Dr. Hsieh. #BMES2024
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New Ogle lab publication in collaboration with Bhairab Singh HH-GLI2-CKS1B network regulates the proliferation-to-maturation transition of cardiomyocytes academic.oup.com/stcltm/arti…
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Ogle Lab retweeted
21 May 2024
❤️Our May issue is out❤️ Read about how hPSC-macrophages promote maturation of #cardiac microtissue, discover the #MachineLearning model ARISE to detect elevated Lp(α), find out the current state of #heartrepair using iPSC-based cell strategies and more!
nature.com/natcardiovascres/…
ALT Image: Ella Maru Studio. Cover design: Bethany Vukomanovic
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Another Dr! Congrats to Dr. Sophie Givens on defending her thesis entitled “Advancing cardiac tissue engineering via multicellular complexity.” @SophieGivens3 She is currently looking for post-doctoral research positions.
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Ogle Lab retweeted
The CHVR members enjoyed meeting and visiting with Dr. Brenda Ogle yesterday for our Frontiers in Heart and Vascular Research Series Seminar! @Gundrylab @OgleLab @unmc_research @UNMCCOM @BagherLab @UMNBME
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Dr. Komosa defended her thesis titled “Driving pluripotent stem cell expansion to advance
3D cardiac tissue engineering” in February! Congrats @LizKomosa
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Ogle Lab retweeted
31 Jan 2024
High school juniors: Don’t miss your chance to gain hands-on experience in biomedical engineering this summer through our award-winning, six-week paid internship program at #UMN.
@umn_RampUp
cse.umn.edu/bme/bme-high-sch…
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Ogle Lab retweeted
13 Feb 2024
STEM undergrads: Just a couple weeks left to apply to our summer research experience in biomedical engineering. It’s a great opportunity to develop skills, conduct research in a #UMN lab, and share your findings.
Applications due 3/1➡️: cse.umn.edu/bme/bme-pathways…
ALT Student conducting research in a lab.
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Brenda Ogle will be sharing at Tissue Talks tomorrow!
12 Dec 2023
Join us tomorrow, Wed. Dec. 13th at 3pm EST for a #TissueTalk with @UMNews Prof. Brenda Ogle @OgleLab on “Bioink development to advance 3D bioprinting: implications for endothelial specification.”
See you there: bit.ly/tissuetalks
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Two Ogle Lab students @SophieGivens3 and Abygail Andebrhan are in Vienna for the ISSCR International Symposium and presented posters on their cardiac tissue engineering research and the unexplored role of the epicardium in cardiomyocyte maturation @ISSCR what a wonderful event!
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Sharing Elizabeth work again! Check it out
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Very excited to share our labs most recent work by @LizKomosa
3 Nov 2023
In this study, researchers from the @OgleLab alongside @LizKomosa designed a perfusion bioreactor for a hiPSC-laden, 3D-bioprinted chamber to promote the expansion of hiPSCs throughout the structure.
📌 bit.ly/47iiIZG
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