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Jeff Hardin on Muck Rack

Jeff Hardin

Bowling Green
As seen in: PLOS, BioRxiv, Cell Press, Inside EVs, Poem-a-Day, IP Watchdog, CUInsight.com, Chapter 16, Appalachian Review
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Articles

“Slime Mold”

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By Ray Zimmerman, Jeff Hardin, Sarah Arvio, Jesse Graves
| Chapter 16 Verified
Slime Mold A pulsing blob of gelatin wriggled across my path. Amoeba-like it crept along the forest floor. Scoop it into a glass. Pour it out like water. Plant or animal — resolve the enigma of its existence. It slipped into a wormhole and emerged at the base of a tree to climb upward. I slipped into a wormhole and crossed the galaxy. Let others puzzle out the mystery of my voyage. I grin remembering the journey. Copyright © 2024 by Ray Zimmerman. All rights reserved.
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The CUInsight Experience podcast: Tobi Weingart - Transformative learning (#188)

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By Randall Smith, Jeff Hardin, Lois Kitsch, Robbie Young
| CUInsight.com Verified
Thank you for tuning in to episode 188 of The CUInsight Experience podcast with your host, Randy Smith, co-founder of CUInsight.com. This episode is brought to you by Motivosity. Motivosity is all about building amazing company cultures that help people be happier at work. Through building recognition, connection, and community within the credit union, Motivosity makes your employees more engaged, and in turn, your members are too.
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TIAM-1 regulates polarized protrusions during dorsal intercalation in the C. elegans embryo through both its GEF and N-terminal domains

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By Yuyun Zhu, Jeff Hardin
| BioRxiv
New Results doi: https://doi.org/10.1101/2023.07.24.550374 Abstract Mediolateral cell intercalation is a morphogenetic strategy used throughout animal development to reshape tissues. Dorsal intercalation in the C. elegans embryo involves the mediolateral intercalation of two rows of dorsal epidermal cells to create a single row that straddles the dorsal midline, and so is a simple model to study cell intercalation. Polarized protrusive activity during dorsal intercalation requires the C.
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