The human foot is a complex structure that plays an important role in our capacity for upright
locomotion. Comparisons of our feet with those of our closest extinct and extant relatives …

Background Foot type classification is well recognized in clinical practice and orthopedic
literature, a universally accepted classification or standardized measures to determine foot …

Modern human feet are considered unique among primates in their capacity to transmit
propulsive forces and re-use elastic energy. Considered central to both these capabilities …

Objectives Despite difficulties to quantify foot pronation non-invasively and during dynamic
tasks, pronation was frequently discussed with respect to injury risk and footwear …

This article presents a 3-D anthropometric vision system, free of ionizing radiation for
measuring the medial longitudinal arch (MLA) and longitudinal arch angle (LAA) of the foot …

Introduction: Postural control is a multidimensional construct modulated by the integration of
sensory information and muscular activity. One of the challenges in clinical practice and …

The gait cycle has been modelled for energetics and musculoskeletal health and disease,
but little has been published in relation to the function of gait as a mechanism in maintaining …

In the current research, podometry vision system (PVS) and classification method are
developed as alternative ionizing radiation free system for the classification of different foot …

Objective: The medial longitudinal arch is the main structure of load bearing and shock
absorption of the foot. The evaluation of medial longitudinal arch, such as the navicular …

The modern human foot is a complex structure thought to play an important role in our ability
to walk and run efficiently. Comparisons of our feet to those of our evolutionary ancestors …