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Relationship Between Great Toe Dimensions and Foot Mobility Among Young Adults

Abstract

The study examines the relationship between great toe dimensions and foot mobility among young adults. The great toe is an important anatomical structure involved in balance, propulsion, and weight-bearing during standing and walking, while foot mobility contributes to efficient movement and functional performance of the lower limb. Understanding the relationship between great toe dimensions and foot mobility may provide useful information on the structural and functional characteristics of the foot among young adults. The study will specifically determine selected dimensions of the great toe, including great toe length and breadth, and assess foot mobility among the participants. Great toe dimensions will be measured using appropriate standardized anatomical landmarks and anthropometric procedures, while foot mobility will be assessed through suitable standardized movements and range-of-motion procedures. The study will also determine the strength and direction of the relationship between great toe dimensions and foot mobility. A cross-sectional descriptive research design will be adopted for the study. Young adults will be selected using an appropriate sampling technique, and relevant demographic information will be obtained. Great toe dimensions will be measured using standardized anthropometric instruments, while foot mobility will be assessed using appropriate clinical or goniometric procedures. The collected data will be analyzed using descriptive statistics such as frequency, percentage, mean, and standard deviation, while correlation analysis will be used to determine the relationship between great toe dimensions and foot mobility. The study is expected to reveal variations in great toe dimensions and foot mobility among the participating young adults. It is also expected to determine whether significant associations exist between great toe length or breadth and the measured aspects of foot mobility. The findings will provide information on the structural and functional characteristics of the foot without implying that great toe dimensions directly cause differences in foot mobility. The findings will be useful to anatomists, physiotherapists, podiatrists, sports scientists, physical educators, orthopaedic professionals, and researchers interested in foot anatomy and function. The study may provide baseline information that can support the understanding of great toe morphology, foot movement, balance, and lower limb biomechanics and may contribute to future investigations of foot structure and functional performance. The study will conclude by establishing the observed relationship between great toe dimensions and foot mobility among young adults. It is expected to recommend the use of standardized anthropometric and mobility assessment procedures in similar studies and encourage further research involving larger and more diverse populations to provide broader information on the relationship between great toe morphology and foot function.

Keywords: Great toe dimensions, foot mobility, great toe length, great toe breadth, foot anatomy, foot morphology, young adults, anthropometry, foot movement, lower limb function, toe dimensions, joint mobility, biomechanics, foot assessment, functional performance.