Correlation analysis for BMI, training experiences, estimated physical activity, estimated VO2max, group factors, and stop-signal reaction time.

Cluster Analysis of Speed run, bounding run and skipping exercises

CIACCI, SIMONE
MERNI, FRANCO

January 2006

The purpose of this study is to find analogies and differences among 3 different skills: speed run a...

Correlation coefficients between cardiopulmonary exercise testing data and other clinical parameters at study entry.

Wakako Yamasawa (729726)
Sadatomo Tasaka (729727)
Tomoko Betsuyaku (87406)
Kazuhiro Yamaguchi (542737)

April 2015

Correlation coefficients between cardiopulmonary exercise testing data and other clinical paramet...

Stepwise correlations.

Vinzenz von Tscharner (431518)
Martin Ullrich (1975621)
Maurice Mohr (821320)
Daniel Comaduran Marquez (5117702)
Benno M. Nigg (728066)

April 2018

Correlation analysis for subject#10: Top: The correlations where the WIPs were obtained from the ...

Correlation analysis between affective response and rating of perceived exertion during a single bout of high-intensity interval exercise.

Danniel Thiago Frazão (2582983)
Luiz Fernando de Farias Junior (2582992)
Teresa Cristina Batista Dantas (2582977)
Kleverton Krinski (2582986)
Hassan Mohamed Elsangedy (2582989)
Jonato Prestes (656327)
Sarah J. Hardcastle (797489)
Eduardo Caldas Costa (2582980)

March 2016

Correlation analysis between affective response and rating of perceived exertion during a single ...

Partial correlations assessing the association of physical fitness components with HRQoL (n = 70).

Blanca Gavilán-Carrera (5143064)
Jaqueline Garcia da Silva (6383849)
José A. Vargas-Hitos (5143067)
José M. Sabio (5143076)
Pablo Morillas-de-Laguno (5143073)
Raquel Rios-Fernández (6109184)
Manuel Delgado-Fernández (4897012)
Alberto Soriano-Maldonado (1806940)

February 2019

Partial correlations assessing the association of physical fitness components with HRQoL (n = 70).</...

Correlations between Various Sedentary Behaviours, Physical Activity and Blood Pressure and Lipids.

Gary S. Goldfield (340699)
Glen P. Kenny (340700)
Stasia Hadjiyannakis (340701)
Penny Phillips (340702)
Angela S. Alberga (340703)
Travis J. Saunders (289898)
Mark S. Tremblay (127037)
Janine Malcolm (340704)
Denis Prud'homme (340705)
Rejeanne Gougeon (340707)
Ronald J. Sigal (340708)

February 2013

TV = television viewing in hours/day; CT = recreational computer time in hours/day; VG = video ga...

Correlation plots between measured and predicted VO2peak with 95% prediction bands from peak treadmill performance (A and B), and submaximal treadmill performance (C and D).

Henrik Loe (412932)
Bjarne M. Nes (847279)
Ulrik Wisløff (134779)

January 2016

Correlation plots between measured and predicted VO2peak with 95% prediction bands fro...

Correlations between physical activity index score and oxygen uptake (VO2).

Henrik Loe (412932)
Øivind Rognmo (412933)
Bengt Saltin (358765)
Ulrik Wisløff (134779)

May 2013

Correlations between physical activity index score and oxygen uptake (VO2).</p

Descriptive statistics for participants and Spearman correlations among physical exercise habits and scales responses.

Angela Nogueira Neves Betanho Campana (457208)
Viren Swami (299006)
Carolina Mie Kawagosi Onodera (457209)
Dirceu da Silva (457210)
Maria da Consolação Gomes Cunha Fernandes Tavares (457211)

September 2013

Note:Mdn = median, R = range, BCQ = Body checking Questionnaire, OAC = </...

Results of the Pearson correlation analysis between training load variables, starting fitness and end fitness.

Dan Weaving (6335525)
Ben Jones (554472)
Matt Ireton (6335528)
Sarah Whitehead (6335531)
Kevin Till (776864)
Clive B. Beggs (2634736)

February 2019

Results of the Pearson correlation analysis between training load variables, starting fitness and en...

Correlation coefficients (standardized regression coefficients) representing the impact of the five personality traits on physical activity, obtained by linear regression comparing VLBW and control subjects (adjusted for sex and age).

Nina Kaseva (331274)
Karoliina Wehkalampi (331275)
Sonja Strang-Karlsson (331276)
Minna Salonen (331277)
Anu-Katriina Pesonen (286021)
Katri Räikkönen (149957)
Tuija Tammelin (150320)
Petteri Hovi (331278)
Jari Lahti (149903)
Kati Heinonen (286022)
Anna-Liisa Järvenpää (331279)
Sture Andersson (331280)
Johan G. Eriksson (150122)
Eero Kajantie (178523)

February 2013

Correlation coefficient is equal to a standardized regression coefficient: a 1 standard deviation...

Bivariate correlations of physical exercise (Counts/minute and METS/hour/week) with biological and anthropometric parameters.

Manuel A. Gomez-Marcos (519185)
José I. Recio-Rodríguez (519186)
Maria C. Patino-Alonso (519187)
Vicente Martinez-Vizcaino (519188)
Carme Martin-Borras (5657710)
Aventina de-la-Cal-dela-Fuente (519189)
Ines Sauras-Llera (519190)
Alvaro Sanchez-Perez (519191)
Cristina Agudo-Conde (519192)
Luis García-Ortiz (519193)

February 2014

Counts/minute by accelerometer; METS/hour/week by 7-Par/day; hs-CRP: high-sensitivity C-reactive ...

Correlations between functional ability, physical fitness and cognitive performance.

U. Ramnath (5076461)
L. Rauch (5076458)
E. V. Lambert (3098493)
T. L. Kolbe-Alexander (5076464)

April 2018

Correlations between functional ability, physical fitness and cognitive performance.</p

Correlations for LN, OB and overall sample for VO2peak at CPX, VO2peak and NSC at 6MST.

Lívia Pinheiro Carvalho (841099)
Luciana Di Thommazo-Luporini (841100)
Mylène Aubertin-Leheudre (5660104)
José Carlos Bonjorno Junior (841101)
Cláudio Ricardo de Oliveira (841102)
Rafael Luís Luporini (841103)
Renata Gonçalves Mendes (841104)
Katiany Thais Lopes Zangrando (841105)
Renata Trimer (727179)
Ross Arena (841106)
Audrey Borghi-Silva (526507)

January 2016

Pearson’s coefficient correlations between cardiorespiratory fitness and functional main variable...

Pearson's correlation coefficient matrix between physical fitness variables and estimated METs expended per week derived from the IPAQ by activity type or intensity.

José A. Serrano-Sánchez (5653366)
Safira Delgado-Guerra (360689)
Hugo Olmedillas (342926)
Amelia Guadalupe-Grau (360690)
Rafael Arteaga-Ortiz (360691)
Joaquín Sanchis-Moysi (5653369)
Cecilia Dorado (329572)
José A. L. Calbet (1888237)

February 2013

MIF, maximal isometric force; HSJ, height in squat jump; HCMJ, height in counter movement jump; V...

Cluster Analysis of Speed run, bounding run and skipping exercises

CIACCI, SIMONE
MERNI, FRANCO

January 2006

The purpose of this study is to find analogies and differences among 3 different skills: speed run a...

Correlation coefficients between cardiopulmonary exercise testing data and other clinical parameters at study entry.

Wakako Yamasawa (729726)
Sadatomo Tasaka (729727)
Tomoko Betsuyaku (87406)
Kazuhiro Yamaguchi (542737)

April 2015

Correlation coefficients between cardiopulmonary exercise testing data and other clinical paramet...

Stepwise correlations.

Vinzenz von Tscharner (431518)
Martin Ullrich (1975621)
Maurice Mohr (821320)
Daniel Comaduran Marquez (5117702)
Benno M. Nigg (728066)

April 2018

Correlation analysis for subject#10: Top: The correlations where the WIPs were obtained from the ...

Correlation analysis between affective response and rating of perceived exertion during a single bout of high-intensity interval exercise.

Danniel Thiago Frazão (2582983)
Luiz Fernando de Farias Junior (2582992)
Teresa Cristina Batista Dantas (2582977)
Kleverton Krinski (2582986)
Hassan Mohamed Elsangedy (2582989)
Jonato Prestes (656327)
Sarah J. Hardcastle (797489)
Eduardo Caldas Costa (2582980)

March 2016

Correlation analysis between affective response and rating of perceived exertion during a single ...

Partial correlations assessing the association of physical fitness components with HRQoL (n = 70).

Blanca Gavilán-Carrera (5143064)
Jaqueline Garcia da Silva (6383849)
José A. Vargas-Hitos (5143067)
José M. Sabio (5143076)
Pablo Morillas-de-Laguno (5143073)
Raquel Rios-Fernández (6109184)
Manuel Delgado-Fernández (4897012)
Alberto Soriano-Maldonado (1806940)

February 2019

Partial correlations assessing the association of physical fitness components with HRQoL (n = 70).</...

Correlations between Various Sedentary Behaviours, Physical Activity and Blood Pressure and Lipids.

Gary S. Goldfield (340699)
Glen P. Kenny (340700)
Stasia Hadjiyannakis (340701)
Penny Phillips (340702)
Angela S. Alberga (340703)
Travis J. Saunders (289898)
Mark S. Tremblay (127037)
Janine Malcolm (340704)
Denis Prud'homme (340705)
Rejeanne Gougeon (340707)
Ronald J. Sigal (340708)

February 2013

TV = television viewing in hours/day; CT = recreational computer time in hours/day; VG = video ga...

Correlation plots between measured and predicted VO2peak with 95% prediction bands from peak treadmill performance (A and B), and submaximal treadmill performance (C and D).

Henrik Loe (412932)
Bjarne M. Nes (847279)
Ulrik Wisløff (134779)

January 2016

Correlation plots between measured and predicted VO2peak with 95% prediction bands fro...

Correlations between physical activity index score and oxygen uptake (VO2).

Henrik Loe (412932)
Øivind Rognmo (412933)
Bengt Saltin (358765)
Ulrik Wisløff (134779)

May 2013

Correlations between physical activity index score and oxygen uptake (VO2).</p

Descriptive statistics for participants and Spearman correlations among physical exercise habits and scales responses.

Angela Nogueira Neves Betanho Campana (457208)
Viren Swami (299006)
Carolina Mie Kawagosi Onodera (457209)
Dirceu da Silva (457210)
Maria da Consolação Gomes Cunha Fernandes Tavares (457211)

September 2013

Note:Mdn = median, R = range, BCQ = Body checking Questionnaire, OAC = </...

Results of the Pearson correlation analysis between training load variables, starting fitness and end fitness.

Dan Weaving (6335525)
Ben Jones (554472)
Matt Ireton (6335528)
Sarah Whitehead (6335531)
Kevin Till (776864)
Clive B. Beggs (2634736)

February 2019

Results of the Pearson correlation analysis between training load variables, starting fitness and en...

Correlation coefficients (standardized regression coefficients) representing the impact of the five personality traits on physical activity, obtained by linear regression comparing VLBW and control subjects (adjusted for sex and age).

Nina Kaseva (331274)
Karoliina Wehkalampi (331275)
Sonja Strang-Karlsson (331276)
Minna Salonen (331277)
Anu-Katriina Pesonen (286021)
Katri Räikkönen (149957)
Tuija Tammelin (150320)
Petteri Hovi (331278)
Jari Lahti (149903)
Kati Heinonen (286022)
Anna-Liisa Järvenpää (331279)
Sture Andersson (331280)
Johan G. Eriksson (150122)
Eero Kajantie (178523)

February 2013

Correlation coefficient is equal to a standardized regression coefficient: a 1 standard deviation...

Bivariate correlations of physical exercise (Counts/minute and METS/hour/week) with biological and anthropometric parameters.

Manuel A. Gomez-Marcos (519185)
José I. Recio-Rodríguez (519186)
Maria C. Patino-Alonso (519187)
Vicente Martinez-Vizcaino (519188)
Carme Martin-Borras (5657710)
Aventina de-la-Cal-dela-Fuente (519189)
Ines Sauras-Llera (519190)
Alvaro Sanchez-Perez (519191)
Cristina Agudo-Conde (519192)
Luis García-Ortiz (519193)

February 2014

Counts/minute by accelerometer; METS/hour/week by 7-Par/day; hs-CRP: high-sensitivity C-reactive ...

Correlations between functional ability, physical fitness and cognitive performance.

U. Ramnath (5076461)
L. Rauch (5076458)
E. V. Lambert (3098493)
T. L. Kolbe-Alexander (5076464)

April 2018

Correlations between functional ability, physical fitness and cognitive performance.</p

Correlations for LN, OB and overall sample for VO2peak at CPX, VO2peak and NSC at 6MST.

Lívia Pinheiro Carvalho (841099)
Luciana Di Thommazo-Luporini (841100)
Mylène Aubertin-Leheudre (5660104)
José Carlos Bonjorno Junior (841101)
Cláudio Ricardo de Oliveira (841102)
Rafael Luís Luporini (841103)
Renata Gonçalves Mendes (841104)
Katiany Thais Lopes Zangrando (841105)
Renata Trimer (727179)
Ross Arena (841106)
Audrey Borghi-Silva (526507)

January 2016

Pearson’s coefficient correlations between cardiorespiratory fitness and functional main variable...

Pearson's correlation coefficient matrix between physical fitness variables and estimated METs expended per week derived from the IPAQ by activity type or intensity.

José A. Serrano-Sánchez (5653366)
Safira Delgado-Guerra (360689)
Hugo Olmedillas (342926)
Amelia Guadalupe-Grau (360690)
Rafael Arteaga-Ortiz (360691)
Joaquín Sanchis-Moysi (5653369)
Cecilia Dorado (329572)
José A. L. Calbet (1888237)

February 2013

MIF, maximal isometric force; HSJ, height in squat jump; HCMJ, height in counter movement jump; V...

Cluster Analysis of Speed run, bounding run and skipping exercises

CIACCI, SIMONE
MERNI, FRANCO

January 2006

The purpose of this study is to find analogies and differences among 3 different skills: speed run a...

Correlation coefficients between cardiopulmonary exercise testing data and other clinical parameters at study entry.

Wakako Yamasawa (729726)
Sadatomo Tasaka (729727)
Tomoko Betsuyaku (87406)
Kazuhiro Yamaguchi (542737)

April 2015

Correlation coefficients between cardiopulmonary exercise testing data and other clinical paramet...

Stepwise correlations.

Vinzenz von Tscharner (431518)
Martin Ullrich (1975621)
Maurice Mohr (821320)
Daniel Comaduran Marquez (5117702)
Benno M. Nigg (728066)

April 2018

Correlation analysis for subject#10: Top: The correlations where the WIPs were obtained from the ...

Correlation analysis for BMI, training experiences, estimated physical activity, estimated VO2max, group factors, and stop-signal reaction time.

Abstract

Extracted data

Correlation analysis for BMI, training experiences, estimated physical activity, estimated VO2max, group factors, and stop-signal reaction time.

Abstract

Extracted data

Related items

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