Muscle parameter changes.

Individual data points and group mean values ± standard deviation of the biceps femoris muscle per ISI and measurement time point.

Georg Langen (11914254)
Christine Lohr (11914257)
Olaf Ueberschär (9406745)
Michael Behringer (550915)

August 2023

Asterisks indicate significant differences compared to M1 (*, **, ***, ****: p < 0.05, 0.01, 0.001, ...

Variability in the major muscle forces due to the perturbation of model variables.

Giordano Valente (659145)
Lorenzo Pitto (659146)
Debora Testi (659147)
Ajay Seth (659148)
Scott L. Delp (448748)
Rita Stagni (485528)
Marco Viceconti (659149)
Fulvia Taddei (659150)

November 2014

Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...

Tabulated mean (standard deviation) pre- and post-manipulation preference for muscularity scores, and total drive for muscularity scale scores (DMS) for each gender across the four manipulation conditions.

Katy Jacques (11261431)
Elizabeth Evans (420357)
Lynda Boothroyd (11261434)

August 2021

Tabulated mean (standard deviation) pre- and post-manipulation preference for muscularity scores, an...

Muscle fascicle lengths produced by the model, normalized by optimal muscle length, and averaged over all subjects.

Jared Markowitz (3170466)
Hugh Herr (3170469)

May 2016

The error bands of these profiles represent the standard deviation over different participants an...

Determined coefficient of variation of each muscle.

Shunta Togo (721180)
Hiroshi Imamizu (814757)

October 2015

(a) A relationship between the mean magnitude and standard deviation of the EMG of one muscle of ...

Muscle parameters.

Jeremy D. Wong (2503606)
Maarten F. Bobbert (440357)
Arthur J. van Soest (2503609)
Paul L. Gribble (90279)
Dinant A. Kistemaker (219413)

February 2016

Muscle cross-sectional area (CSA), muscle fiber optimum length and tendon element slack length of...

Table S1. Model parameters

Mark Price (5786528)
Meghan E. Huber (4866586)
Wouter Hoogkamer (6319898)

March 2023

Table S1. Model parameters for the primary model used to generate the results (12 DoF, 18 Muscles: 1...

The mean contribution of the individual knee muscles to muscular support averaged across stance phase about the (A) medial compartment and (B) lateral compartment.

Jason M. Konrath (3935099)
Bryce A. Killen (3935096)
David J. Saxby (3935093)
Claudio Pizzolato (2823725)
Ben A. Kennedy (17138090)
Christopher J. Vertullo (3935090)
Rod S. Barrett (8028656)
David G. Lloyd (292196)

October 2023

Error bars represent ± one standard deviation. (*) denotes statistical significance.</p

Mean, standard deviation and coefficient of variation (CV) of the change in the transverse relaxation time (T2) of the proximal, middle and distal regions of the biceps femoris long head muscle (BFl) and short head muscle (BFs), semitendinosus muscle (ST), and semimembranosus muscle (SM) immediately after four sets of eight repetitions of hip-extension conic-pulley.

Alberto Mendez-Villanueva (293585)
Luis Suarez-Arrones (3094749)
Gil Rodas (3094746)
Rodrigo Fernandez-Gonzalo (3094740)
Per Tesch (3094737)
Richard Linnehan (3094743)
Richard Kreider (82727)
Valter Di Salvo (3094752)

September 2016

All values are given as a percentage of the pre-values. Closed bars represent substantial changes...

Muscle work for muscles of the reference, optimal, and modified model.

Jeremy D. Wong (2503606)
Maarten F. Bobbert (440357)
Arthur J. van Soest (2503609)
Paul L. Gribble (90279)
Dinant A. Kistemaker (219413)

February 2016

The force as a function of muscle-tendon complex length is plotted for each of the six muscles in...

Strength testing based automatic scaling of muscle-tendon parameters for musculoskeletal models : An automated method of scaling subject specific muscle-tendon parameters of thigh muscles

Czarnowski, Jan

January 2022

A method of estimating subject specific muscle parameters of musculoskeletal models of elite athlete...

General Characteristics Stratified by Tertiles of Change in Muscle Quality.

Martin Sénéchal (781390)
Neil M. Johannsen (312617)
Damon L. Swift (312616)
Conrad P. Earnest (163395)
Carl J. Lavie (271675)
Steven N. Blair (163380)
Timothy S. Church (163385)

August 2015

Baseline continuous and categorical variables are presented as mean ± SD and N (%).General...

Estimation of musculotendon parameters for scaled and subject specific musculoskeletal models using an optimization technique

Modenese, L
Ceseracciu, E
Reggiani, M
Lloyd, DG

November 2015

A challenging aspect of subject specific musculoskeletal modeling is the estimation of muscle parame...

Stepwise multiple regression analysis (muscle thickness entry model) for muscle strength of the quadriceps on the paretic limb (R2 = 0.57).

Naoki Akazawa (5587703)
Kazuhiro Harada (3459782)
Naomi Okawa (5587706)
Kimiyuki Tamura (5587709)
Hideki Moriyama (3036852)

August 2018

Stepwise multiple regression analysis (muscle thickness entry model) for muscle strength of the q...

A multivariate statistical strategy to adjust musculoskeletal models

Arroyave-Tobón, Santiago
Rao, Guillaume
Linares, Jean-Marc

January 2020

International audienceIn musculoskeletal modelling, adjusting model parameters is challenging. This ...

Individual data points and group mean values ± standard deviation of the biceps femoris muscle per ISI and measurement time point.

Georg Langen (11914254)
Christine Lohr (11914257)
Olaf Ueberschär (9406745)
Michael Behringer (550915)

August 2023

Asterisks indicate significant differences compared to M1 (*, **, ***, ****: p < 0.05, 0.01, 0.001, ...

Variability in the major muscle forces due to the perturbation of model variables.

Giordano Valente (659145)
Lorenzo Pitto (659146)
Debora Testi (659147)
Ajay Seth (659148)
Scott L. Delp (448748)
Rita Stagni (485528)
Marco Viceconti (659149)
Fulvia Taddei (659150)

November 2014

Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...

Tabulated mean (standard deviation) pre- and post-manipulation preference for muscularity scores, and total drive for muscularity scale scores (DMS) for each gender across the four manipulation conditions.

Katy Jacques (11261431)
Elizabeth Evans (420357)
Lynda Boothroyd (11261434)

August 2021

Tabulated mean (standard deviation) pre- and post-manipulation preference for muscularity scores, an...

Muscle fascicle lengths produced by the model, normalized by optimal muscle length, and averaged over all subjects.

Jared Markowitz (3170466)
Hugh Herr (3170469)

May 2016

The error bands of these profiles represent the standard deviation over different participants an...

Determined coefficient of variation of each muscle.

Shunta Togo (721180)
Hiroshi Imamizu (814757)

October 2015

(a) A relationship between the mean magnitude and standard deviation of the EMG of one muscle of ...

Muscle parameters.

Jeremy D. Wong (2503606)
Maarten F. Bobbert (440357)
Arthur J. van Soest (2503609)
Paul L. Gribble (90279)
Dinant A. Kistemaker (219413)

February 2016

Muscle cross-sectional area (CSA), muscle fiber optimum length and tendon element slack length of...

Table S1. Model parameters

Mark Price (5786528)
Meghan E. Huber (4866586)
Wouter Hoogkamer (6319898)

March 2023

Table S1. Model parameters for the primary model used to generate the results (12 DoF, 18 Muscles: 1...

The mean contribution of the individual knee muscles to muscular support averaged across stance phase about the (A) medial compartment and (B) lateral compartment.

Jason M. Konrath (3935099)
Bryce A. Killen (3935096)
David J. Saxby (3935093)
Claudio Pizzolato (2823725)
Ben A. Kennedy (17138090)
Christopher J. Vertullo (3935090)
Rod S. Barrett (8028656)
David G. Lloyd (292196)

October 2023

Error bars represent ± one standard deviation. (*) denotes statistical significance.</p

Mean, standard deviation and coefficient of variation (CV) of the change in the transverse relaxation time (T2) of the proximal, middle and distal regions of the biceps femoris long head muscle (BFl) and short head muscle (BFs), semitendinosus muscle (ST), and semimembranosus muscle (SM) immediately after four sets of eight repetitions of hip-extension conic-pulley.

Alberto Mendez-Villanueva (293585)
Luis Suarez-Arrones (3094749)
Gil Rodas (3094746)
Rodrigo Fernandez-Gonzalo (3094740)
Per Tesch (3094737)
Richard Linnehan (3094743)
Richard Kreider (82727)
Valter Di Salvo (3094752)

September 2016

All values are given as a percentage of the pre-values. Closed bars represent substantial changes...

Muscle work for muscles of the reference, optimal, and modified model.

Jeremy D. Wong (2503606)
Maarten F. Bobbert (440357)
Arthur J. van Soest (2503609)
Paul L. Gribble (90279)
Dinant A. Kistemaker (219413)

February 2016

The force as a function of muscle-tendon complex length is plotted for each of the six muscles in...

Strength testing based automatic scaling of muscle-tendon parameters for musculoskeletal models : An automated method of scaling subject specific muscle-tendon parameters of thigh muscles

Czarnowski, Jan

January 2022

A method of estimating subject specific muscle parameters of musculoskeletal models of elite athlete...

General Characteristics Stratified by Tertiles of Change in Muscle Quality.

Martin Sénéchal (781390)
Neil M. Johannsen (312617)
Damon L. Swift (312616)
Conrad P. Earnest (163395)
Carl J. Lavie (271675)
Steven N. Blair (163380)
Timothy S. Church (163385)

August 2015

Baseline continuous and categorical variables are presented as mean ± SD and N (%).General...

Estimation of musculotendon parameters for scaled and subject specific musculoskeletal models using an optimization technique

Modenese, L
Ceseracciu, E
Reggiani, M
Lloyd, DG

November 2015

A challenging aspect of subject specific musculoskeletal modeling is the estimation of muscle parame...

Stepwise multiple regression analysis (muscle thickness entry model) for muscle strength of the quadriceps on the paretic limb (R2 = 0.57).

Naoki Akazawa (5587703)
Kazuhiro Harada (3459782)
Naomi Okawa (5587706)
Kimiyuki Tamura (5587709)
Hideki Moriyama (3036852)

August 2018

Stepwise multiple regression analysis (muscle thickness entry model) for muscle strength of the q...

A multivariate statistical strategy to adjust musculoskeletal models

Arroyave-Tobón, Santiago
Rao, Guillaume
Linares, Jean-Marc

January 2020

International audienceIn musculoskeletal modelling, adjusting model parameters is challenging. This ...

Individual data points and group mean values ± standard deviation of the biceps femoris muscle per ISI and measurement time point.

Georg Langen (11914254)
Christine Lohr (11914257)
Olaf Ueberschär (9406745)
Michael Behringer (550915)

August 2023

Asterisks indicate significant differences compared to M1 (*, **, ***, ****: p < 0.05, 0.01, 0.001, ...

Variability in the major muscle forces due to the perturbation of model variables.

Giordano Valente (659145)
Lorenzo Pitto (659146)
Debora Testi (659147)
Ajay Seth (659148)
Scott L. Delp (448748)
Rita Stagni (485528)
Marco Viceconti (659149)
Fulvia Taddei (659150)

November 2014

Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...

Tabulated mean (standard deviation) pre- and post-manipulation preference for muscularity scores, and total drive for muscularity scale scores (DMS) for each gender across the four manipulation conditions.

Katy Jacques (11261431)
Elizabeth Evans (420357)
Lynda Boothroyd (11261434)

August 2021

Tabulated mean (standard deviation) pre- and post-manipulation preference for muscularity scores, an...

Muscle parameter changes.

Abstract

Extracted data

Muscle parameter changes.

Abstract

Extracted data

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