The high energetic cost of rapid force development in muscle | Citedby Results | Journal of Experimental Biology | The Company of Biologists

Skip to Main Content

Skip Nav Destination

The high energetic cost of rapid force development in muscle

J Exp Biol (2021) 224 (9): jeb233965.

This article has been cited by the following articles in journals that are participating in Crossref Cited-by Linking.

Biomechanical and morphological determinants of maximal jumping performance in callitrichine monkeys

Grégoire Boulinguez-Ambroise
Doug M. Boyer
Noah T. Dunham
Gabriel S. Yapuncich
Madison Bradley-Cronkwright
Angel Zeininger
Daniel Schmitt
Jesse W. Young

Journal of Experimental Biology (2024) 227 (18)

On the rate-limiting dynamics of force development in muscle

Tim J. van der Zee
Jeremy D. Wong
Arthur D. Kuo

Journal of Experimental Biology (2024) 227 (21)

Move less, spend more: the metabolic demands of short walking bouts

F. Luciano
L. Ruggiero
A. E. Minetti
G. Pavei

Proceedings of the Royal Society B: Biological Sciences (2024) 291 (2033)

Physical activity impacts resting skeletal muscle myosin conformation and lowers its ATP consumption

Christopher T.A. Lewis
Lee Tabrizian
Joachim Nielsen
Jenni Laitila
Thomas N. Beck
Mathilde S. Olsen
Marija M. Ognjanovic
Per Aagaard
Rune Hokken
Simon Laugesen
Arthur Ingersen
Jesper L. Andersen
Casper Soendenbroe
Jørn W. Helge
Flemming Dela
Steen Larsen
Ronni E. Sahl
Tue Rømer
Mikkel T. Hansen
Jacob Frandsen
Charlotte Suetta
Julien Ochala

Journal of General Physiology (2023) 155 (7)

Dynamics and energetics of bottlenose dolphin (Tursiops truncatus) fluke-and-glide gait

Ding Zhang
Yifan Wang
Joaquin Gabaldon
Lisa K. Lauderdale
Lance J. Miller
Kira Barton
Kenneth Alex Shorter

Journal of Experimental Biology (2023) 226 (15)

The energetic effect of hip flexion and retraction in walking at different speeds: a modeling study

Jian Jin
Dinant Kistemaker
Jaap H. van Dieën
Andreas Daffertshofer
Sjoerd M. Bruijn

PeerJ (2023) 11: e14662.

The interplay between gastrocnemius medialis force–length and force–velocity potentials, cumulative EMG activity and energy cost at speeds above and below the walk to run transition speed

Andrea Monte
Paolo Tecchio
Francesca Nardello
Beatriz Bachero‐Mena
Luca Paolo Ardigò
Paola Zamparo

Experimental Physiology (2023) 108 (1): 90.

Linking muscle mechanics to the metabolic cost of human hopping

Luke N. Jessup
Luke A. Kelly
Andrew G. Cresswell
Glen A. Lichtwark

Journal of Experimental Biology (2023) 226 (12)

Elastic-bound conditions for energetically optimal elasticity and their implications for biomimetic propulsion systems

Arion Pons
Tsevi Beatus

Nonlinear Dynamics (2022) 108 (3): 2045.

Shorter muscle fascicle operating lengths increase the metabolic cost of cyclic force production

Owen N. Beck
Lindsey H. Trejo
Jordyn N. Schroeder
Jason R. Franz
Gregory S. Sawicki

Journal of Applied Physiology (2022) 133 (3): 524.

TimTrack: A drift-free algorithm for estimating geometric muscle features from ultrasound images

Tim J. van der Zee
Arthur D. Kuo
Jeeun Kang

PLOS ONE (2022) 17 (3): e0265752.

Competing Models of Work in Quadrupedal Walking: Center of Mass Work is Insufficient to Explain Stereotypical Gait

Delyle T. Polet
John E. A. Bertram

Frontiers in Bioengineering and Biotechnology (2022) 10

Humans optimally anticipate and compensate for an uneven step during walking

Osman Darici
Arthur D Kuo

eLife (2022) 11