Publications by authors named "Nathaniel D Steinert"

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Identification of a resistance-exercise-specific signalling pathway that drives skeletal muscle growth.
Wenyuan G Zhu, Aaron C Q Thomas, Gary M Wilson, Chris McGlory, Jamie E Hibbert, Nathaniel D Steinert

Nat Metab· July 2025

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Identification of a Resistance Exercise-Specific Signaling Pathway that Drives Skeletal Muscle Growth.
Wenyuan G Zhu, Aaron Cq Thomas, Gary M Wilson, Jamie E Hibbert, Corey Gk Flynn, Nathaniel D Steinert

Res Sq· November 2024

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Satellite cell-derived TRIM28 is pivotal for mechanical load- and injury-induced myogenesis.
Kuan-Hung Lin, Jamie E Hibbert, Corey Gk Flynn, Jake L Lemens, Melissa M Torbey, Nathaniel D Steinert

EMBO Rep· September 2024

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Protocol for quantifying the in vivo rate of protein degradation in mice using a pulse-chase technique.
Jamie E Hibbert, Kent W Jorgenson, Wenyuan G Zhu, Nathaniel D Steinert, Troy A Hornberger

STAR Protoc· December 2023

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The role of satellite cell-derived TRIM28 in mechanical load- and injury-induced myogenesis.
Kuan-Hung Lin, Jamie E Hibbert, Jake L Lemens, Melissa M Torbey, Nathaniel D Steinert

bioRxiv· December 2023

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A novel method for visualizing rates of protein degradation provides insight into how TRIM28 regulates muscle size.
Nathaniel D Steinert, Kent W Jorgenson, Kuan-Hung Lin, Jake B Hermanson, Jake L Lemens

iScience· April 2023

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Weight Pulling: A Novel Mouse Model of Human Progressive Resistance Exercise.
Wenyuan G Zhu, Jamie E Hibbert, Kuan Hung Lin, Nathaniel D Steinert, Jake L Lemens

Cells· September 2021

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A deep analysis of the proteomic and phosphoproteomic alterations that occur in skeletal muscle after the onset of immobilization.
Kuan-Hung Lin, Gary M Wilson, Rocky Blanco, Nathaniel D Steinert, Wenyuan G Zhu

J Physiol· June 2021

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mTORC1 mediates fiber type-specific regulation of protein synthesis and muscle size during denervation.
Jae-Sung You, Kookjoo Kim, Nathaniel D Steinert, Jie Chen, Troy A Hornberger

Cell Death Discov· April 2021

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Mapping of the contraction-induced phosphoproteome identifies TRIM28 as a significant regulator of skeletal muscle size and function.
Nathaniel D Steinert, Gregory K Potts, Gary M Wilson, Amelia M Klamen, Kuan-Hung Lin

Cell Rep· March 2021

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