Category: Students
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Unlocking the Metabolic Code of Brain Cancer: U-M BME’s Deepak Nagrath on Groundbreaking Tumor Nutrition Research
The researchers achieved a scientific first: mapping the precise fate of glucose-derived carbon atoms in both tumor and neighboring healthy brain (cortex) tissue using advanced mass spectrometry and metabolic modeling.
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BME 500 Speaker Series Starts August 28
This seminar series provides a unique opportunity to learn about research from an exceptional set of speakers that we have been able to bring in from U-M and around the country.
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Building Bridges: How U-M BME’s Graduate Student Council Fosters Community, Collaboration
The GSC is dedicated to enhancing the graduate experience through a variety of activities designed to unite students and bolster their academic and personal growth.
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Co-op Experience Offers U-M BME Student Valuable Industry Insights
The co-op experience allowed BME student Ella Schmidt not only to perform assigned tasks, but also to contribute meaningfully to her projects through in-depth group participation.
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BME Summer Workshops @ Michigan Highlight the ‘Future of Neurotechnology’
The event also featured a new session: a student-focused hackathon, which encouraged hands-on collaboration and rapid prototyping developed around neurotechnology-themed challenges.
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Engineering Wellness: A Comprehensive Approach to Education in U-M BME
The course integrates wellness and well-being education with BME design.
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U-M BIOMEDE 487 – A.I. in BME
This course aims to introduce and apply AI tools to problems in BME.
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Deep Dives and Dynamic Discussions: Exploring Research in BIOMEDE 599: Mechanobiology
This course is tailored to those with a strong interest in research, including students from various stages in their academic careers.
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Exploring Neural Control: A Hands-On Learning Experience in Tim Bruns’ BME 599 Class
Through a combination of lectures, hands-on experiments, and group collaborations, students can examine the processes behind neural and muscular control.
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Advances in Vascular Constructs Address Traditional Tissue Engineering Challenges
The cornerstone of this research blended novel materials and bioprinting techniques to engineer vascular systems that could support the complex tissue structures necessary for transplantation and regenerative medicine.