The significance of foot muscle function associated with flat feet is unclear. It is reported that flat feet have significantly decreased lateral forefoot pressure during ambulation with increased midfoot contact area and increased pressure under the big toe. There are passive mechanisms in the foot that support the arch during static standing, but cannot produce energy for dynamic activity. The two most plausible explanations for energy generation of the midfoot for dynamic activity are muscle contributions or recoil of stretched soft tissue (i.e. plantar fascia and other ligaments) or a combination. No studies to date evaluate the ability of foot muscle training to alter foot pressure patterns in participants with flat feet
We aimed to examine the associations between exercise-induced flattening of the foot arch and fatigu...
Background: There is uncertainty as to which foot posture measures are the most valid in terms of pr...
Purpose: Atrophy of the intrinsic foot muscles (IFM) has been associated with foot deformity, balanc...
Introduction/Purpose: Muscle training muscle control for barefoot running (i.e. doming seated[DS] an...
Introduction/Purpose: Specific exercises to train foot muscles for barefoot running (i.e. doming sea...
Background: Unexplored in individuals with flatfoot (FF) is the potential of foot specific exercise ...
Introduction: The human foot is a strong mechanical structure that can affect function of the feet. ...
This is the author accepted manuscript. The final version is available from Lippincott, Williams & W...
The human foot is uniquely adapted to bipedal locomotion and has a deformable arch of variable stiff...
Object of the study: electromyographical activity of foot muscles during various exercises in subjec...
Previous studies of human locomotion indicate that foot and ankle structures can interact in complex...
Purpose: The aim of this study was to investigate the influence of foot-strike technique on longitud...
Background: There is little scientific evidence regarding the effectiveness of strengthening exercis...
Title: Evaluation of the effect of exercise according to the Propriofoot concept and the methodology...
Background The 3D printing technology allows to produce custom shapes and add functionalities to fo...
We aimed to examine the associations between exercise-induced flattening of the foot arch and fatigu...
Background: There is uncertainty as to which foot posture measures are the most valid in terms of pr...
Purpose: Atrophy of the intrinsic foot muscles (IFM) has been associated with foot deformity, balanc...
Introduction/Purpose: Muscle training muscle control for barefoot running (i.e. doming seated[DS] an...
Introduction/Purpose: Specific exercises to train foot muscles for barefoot running (i.e. doming sea...
Background: Unexplored in individuals with flatfoot (FF) is the potential of foot specific exercise ...
Introduction: The human foot is a strong mechanical structure that can affect function of the feet. ...
This is the author accepted manuscript. The final version is available from Lippincott, Williams & W...
The human foot is uniquely adapted to bipedal locomotion and has a deformable arch of variable stiff...
Object of the study: electromyographical activity of foot muscles during various exercises in subjec...
Previous studies of human locomotion indicate that foot and ankle structures can interact in complex...
Purpose: The aim of this study was to investigate the influence of foot-strike technique on longitud...
Background: There is little scientific evidence regarding the effectiveness of strengthening exercis...
Title: Evaluation of the effect of exercise according to the Propriofoot concept and the methodology...
Background The 3D printing technology allows to produce custom shapes and add functionalities to fo...
We aimed to examine the associations between exercise-induced flattening of the foot arch and fatigu...
Background: There is uncertainty as to which foot posture measures are the most valid in terms of pr...
Purpose: Atrophy of the intrinsic foot muscles (IFM) has been associated with foot deformity, balanc...