Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Tibial Acceleration and Spatiotemporal Mechanics in Distance Runners During Reduced Body Weight Conditions

Moran, Matthew F.
Rickert, Brendan J.
Greer, Beau K.

May 2017

Context: Treadmills that unload runners via a differential air pressure bladder (DAP; e.g. AlterG An...

The effect of three surface conditions, speed and running experience on vertical acceleration of the tibia during running

Boey, Hannelore
Aeles, Jeroen
Schütte, Kurt
Vanwanseele, Benedicte

June 2017

Research has focused on parameters that are associated with injury risk, e.g. vertical acceleration....

PEAK IMPACT GROUND REACTION FORCE DURING BAREFOOT AND SHOD RUNNING

Meredith, K
Castle, B
Hines, D
Oelkers, N
Peters, J
Reyes, N
Conti, C
Pollard, C
Witzke, K

April 2015

Recently, barefoot running versus shod running (with shoes) has received a significant amount of att...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich
Lauren M. Branscombe
Leon R. Scott
Karl E. Zelik

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich
Lauren M. Branscombe
Leon R. Scott
Karl E. Zelik

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich (6240356)
Lauren M. Branscombe (6240359)
Leon R. Scott (6240362)
Karl E. Zelik (181117)

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: Implications for science, sport and wearable tech.

Emily S Matijevich
Lauren M Branscombe
Leon R Scott
Karl E Zelik

January 2019

IntroductionTibial stress fractures are a common overuse injury resulting from the accumulation of b...

Peak tibial acceleration should not be used as indicator of tibial bone loading during running

Zandbergen, Marit A.
Ter Wengel, Xanthe J.
van Middelaar, Robbert P.
Buurke, Jaap H.
Veltink, Peter H.
Reenalda, Jasper

January 2023

Peak tibial acceleration (PTA) is a widely used indicator of tibial bone loading. Indirect bone load...

The Relationship Between Vertical Loadrates and Tibial Acceleration Across Footstrike Patterns

Irene Davis PhD, PT
Todd Hayano DO
Adam Tenforde

September 2018

Category: Other Introduction/Purpose: While the etiology of injuries is multifactorial, impact loadi...

Speed and Terrain Impact Ground Reaction Forces During Load Carriage

Aultz, Abigail C.
Francis, Eric
Brown, Tyler N., (Mentor)

August 2023

Load carriage leads to larger, faster vertical ground reaction forces (GRFs), and greater risk of mu...

Ground reaction force profiles during inclined running at iso-efficiency speeds

Williams, Lauren R.
Standifird, Tyler W.
Creer, Andrew
Fong, Hailey B.
Powell, Douglas W.

December 2020

While running provides an accessible form of cardiovascular stimulus, many runners report lower extr...

Ground reaction force profiles during inclined running at iso-efficiency speeds

Williams, Lauren R.
Standifird, Tyler W.
Creer, Andrew
Fong, Hailey B.
Powell, Douglas W.

December 2020

While running provides an accessible form of cardiovascular stimulus, many runners report lower extr...

The relationship between the raw acceleration signal from a commercially available accelerometer and ground reaction force

Rowlands, Ann V.
Stiles, Victoria H.

July 2015

PublishedPoster presentation. 2nd International Congress on Ambulatory Monitoring of Physical Activi...

Certain Terrains Lead to Larger, Faster Ground Reaction Forces During Loaded Running

Monarres, Olivia
Brown, Tyler
Eric Francis, Eric

April 2023

Running with body borne load reportedly leads to larger, faster vertical ground reaction forces (GRF...

Force trends due to changing speed vs. changing slope for a single subject (Subject 1).

Emily S. Matijevich (6240356)
Lauren M. Branscombe (6240359)
Leon R. Scott (6240362)
Karl E. Zelik (181117)

January 2019

Lines represent regression results for GRF metrics vs. tibial bone load metrics when only speed or s...

Tibial Acceleration and Spatiotemporal Mechanics in Distance Runners During Reduced Body Weight Conditions

Moran, Matthew F.
Rickert, Brendan J.
Greer, Beau K.

May 2017

Context: Treadmills that unload runners via a differential air pressure bladder (DAP; e.g. AlterG An...

The effect of three surface conditions, speed and running experience on vertical acceleration of the tibia during running

Boey, Hannelore
Aeles, Jeroen
Schütte, Kurt
Vanwanseele, Benedicte

June 2017

Research has focused on parameters that are associated with injury risk, e.g. vertical acceleration....

PEAK IMPACT GROUND REACTION FORCE DURING BAREFOOT AND SHOD RUNNING

Meredith, K
Castle, B
Hines, D
Oelkers, N
Peters, J
Reyes, N
Conti, C
Pollard, C
Witzke, K

April 2015

Recently, barefoot running versus shod running (with shoes) has received a significant amount of att...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich
Lauren M. Branscombe
Leon R. Scott
Karl E. Zelik

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich
Lauren M. Branscombe
Leon R. Scott
Karl E. Zelik

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich (6240356)
Lauren M. Branscombe (6240359)
Leon R. Scott (6240362)
Karl E. Zelik (181117)

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: Implications for science, sport and wearable tech.

Emily S Matijevich
Lauren M Branscombe
Leon R Scott
Karl E Zelik

January 2019

IntroductionTibial stress fractures are a common overuse injury resulting from the accumulation of b...

Peak tibial acceleration should not be used as indicator of tibial bone loading during running

Zandbergen, Marit A.
Ter Wengel, Xanthe J.
van Middelaar, Robbert P.
Buurke, Jaap H.
Veltink, Peter H.
Reenalda, Jasper

January 2023

Peak tibial acceleration (PTA) is a widely used indicator of tibial bone loading. Indirect bone load...

The Relationship Between Vertical Loadrates and Tibial Acceleration Across Footstrike Patterns

Irene Davis PhD, PT
Todd Hayano DO
Adam Tenforde

September 2018

Category: Other Introduction/Purpose: While the etiology of injuries is multifactorial, impact loadi...

Speed and Terrain Impact Ground Reaction Forces During Load Carriage

Aultz, Abigail C.
Francis, Eric
Brown, Tyler N., (Mentor)

August 2023

Load carriage leads to larger, faster vertical ground reaction forces (GRFs), and greater risk of mu...

Ground reaction force profiles during inclined running at iso-efficiency speeds

Williams, Lauren R.
Standifird, Tyler W.
Creer, Andrew
Fong, Hailey B.
Powell, Douglas W.

December 2020

While running provides an accessible form of cardiovascular stimulus, many runners report lower extr...

Ground reaction force profiles during inclined running at iso-efficiency speeds

Williams, Lauren R.
Standifird, Tyler W.
Creer, Andrew
Fong, Hailey B.
Powell, Douglas W.

December 2020

While running provides an accessible form of cardiovascular stimulus, many runners report lower extr...

The relationship between the raw acceleration signal from a commercially available accelerometer and ground reaction force

Rowlands, Ann V.
Stiles, Victoria H.

July 2015

PublishedPoster presentation. 2nd International Congress on Ambulatory Monitoring of Physical Activi...

Certain Terrains Lead to Larger, Faster Ground Reaction Forces During Loaded Running

Monarres, Olivia
Brown, Tyler
Eric Francis, Eric

April 2023

Running with body borne load reportedly leads to larger, faster vertical ground reaction forces (GRF...

Force trends due to changing speed vs. changing slope for a single subject (Subject 1).

Emily S. Matijevich (6240356)
Lauren M. Branscombe (6240359)
Leon R. Scott (6240362)
Karl E. Zelik (181117)

January 2019

Lines represent regression results for GRF metrics vs. tibial bone load metrics when only speed or s...

Tibial Acceleration and Spatiotemporal Mechanics in Distance Runners During Reduced Body Weight Conditions

Moran, Matthew F.
Rickert, Brendan J.
Greer, Beau K.

May 2017

Context: Treadmills that unload runners via a differential air pressure bladder (DAP; e.g. AlterG An...

The effect of three surface conditions, speed and running experience on vertical acceleration of the tibia during running

Boey, Hannelore
Aeles, Jeroen
Schütte, Kurt
Vanwanseele, Benedicte

June 2017

Research has focused on parameters that are associated with injury risk, e.g. vertical acceleration....

PEAK IMPACT GROUND REACTION FORCE DURING BAREFOOT AND SHOD RUNNING

Meredith, K
Castle, B
Hines, D
Oelkers, N
Peters, J
Reyes, N
Conti, C
Pollard, C
Witzke, K

April 2015

Recently, barefoot running versus shod running (with shoes) has received a significant amount of att...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Abstract

Extracted data

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Abstract

Extracted data

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