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USRP 2024 - Building an organ for the long haul: Theseus' paradox, one cell at a time

Building an organ for the long haul: Theseus' paradox, one cell at a time

2024 Stanford Bio-X USRP Talks - Wednesday, July 24, 2024

Events

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  • USRP 2024 - Building an organ for the long haul: Theseus' paradox, one cell at a time
  • Talk Videos

Courses and Workshops

Headshot photo of Lucy O'Brien - Associate Professor of Molecular and Cellular Physiology

Lucy O'Brien - Associate Professor of Molecular and Cellular Physiology

Bio-X Affiliated Faculty
Stanford Profile
Dr. O' Brien's Lab Homepage
The O'Brien Lab studies the behaviors of stem cells and their mature progeny to understand how organs remodel and renew.

Related videos

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USRP 2012 - Integrating genes, brain and behavior in Fragile X (FXS) and Williams Syndromes (WS): The “yin and yang” of social behavior

USRP 2014 - Optical coherence tomography: technology and applications

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Stanford Bio-X Seed Grants

A gut feeling: Mechano- and chemo-sensory inputs controlling adaptive intestinal growth

Interdisciplinary Initiatives Program Round 8 - 2016

Research News

Image of 5 scans from Bellymount, each "petal"-shaped, arranged into a flower. Scans show organs, vessels, and other features, brightly colorized.

"Bellymount" for a See-Through Fly

January 27, 2020 - PLOS Biology
New technology from Stanford Bio-X affiliated faculty members Lucy O'Brien and KC Huang, Bio-X Fellow Andrés Aranda...

Graphic image of cells dividing, cells depicted translucent with dark blue nuclei on a dark blue background.

Goldilocks effect: Dying cells send signals to keep organ size “just right”

August 31, 2017 - Stanford Medicine Scope
Stanford Bio-X affiliated faculty Lucy O'Brien, Undergraduate Summer Research Program participant Sang...

Graphic image of small intestine.

Micro-balloons designed by Stanford Bio-X researchers could reveal how the small intestine adapts to dietary load

October 18, 2016 - Stanford News
Supported by a Bio-X Seed Grant, Bio-X affiliated faculty Lucy O'Brien and Beth Pruitt find that a tiny micro-...

Stanford Bio-X

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