Several footwear design characteristics are known to have detrimental effects on the foot. However, one characteristic that has received relatively little attention is the point where the sole flexes in the sagittal plane. Several footwear assessment forms assume that this should ideally be located directly under the metarsophalangeal joints (MTPJs), but this has not been directly evaluated. The aim of this study was therefore to assess the influence on plantar loading of different locations of the shoe sole flexion point.status: publishe
Footwear is designed to reduce injury, and enhance performance. However, the effect footwear has on ...
In healthy, normal feet, where there is no pain or any anatomical or functional deformity, normal pl...
Background. Specific regions of the foot are responsible for the gait tasks of weight acceptance, si...
Background Several footwear design characteristics are known to have detrimental effects on the foot...
Footwear is designed to reduce injury, and enhance performance. However, the effect footwear has on ...
The authors of this paper argue that the plantar lateral and more specifically, the medial region be...
INTRODUCTION: Outsole parameters of the shoe can be adapted to offload regions of pain or region of ...
To describe barefoot, shod and in-shoe kinematics during stance phase of walking gait in a normal ar...
Footwear is designed to reduce injury and enhance performance. However, the effect footwear has on f...
Hip joint loads need careful consideration during postoperative physiotherapy after joint replacemen...
Background: The path of the center of pressure during walking varies among individuals by deviating ...
Background Footwear comfort in many clinical situations is dependent on the ability of the 'shoe' to...
In outdoor footwear, sole properties must guarantee grip with the ground and support the forefoot wi...
Background: Unstable sole designs have been used as functional or therapeutic tools for improving bo...
The purposes of this study was to investigate the biomechanical influence of the walking shoe with a...
Footwear is designed to reduce injury, and enhance performance. However, the effect footwear has on ...
In healthy, normal feet, where there is no pain or any anatomical or functional deformity, normal pl...
Background. Specific regions of the foot are responsible for the gait tasks of weight acceptance, si...
Background Several footwear design characteristics are known to have detrimental effects on the foot...
Footwear is designed to reduce injury, and enhance performance. However, the effect footwear has on ...
The authors of this paper argue that the plantar lateral and more specifically, the medial region be...
INTRODUCTION: Outsole parameters of the shoe can be adapted to offload regions of pain or region of ...
To describe barefoot, shod and in-shoe kinematics during stance phase of walking gait in a normal ar...
Footwear is designed to reduce injury and enhance performance. However, the effect footwear has on f...
Hip joint loads need careful consideration during postoperative physiotherapy after joint replacemen...
Background: The path of the center of pressure during walking varies among individuals by deviating ...
Background Footwear comfort in many clinical situations is dependent on the ability of the 'shoe' to...
In outdoor footwear, sole properties must guarantee grip with the ground and support the forefoot wi...
Background: Unstable sole designs have been used as functional or therapeutic tools for improving bo...
The purposes of this study was to investigate the biomechanical influence of the walking shoe with a...
Footwear is designed to reduce injury, and enhance performance. However, the effect footwear has on ...
In healthy, normal feet, where there is no pain or any anatomical or functional deformity, normal pl...
Background. Specific regions of the foot are responsible for the gait tasks of weight acceptance, si...