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Relationship Between Fibularis Longus Muscle Dimensions and Leg Length Among Undergraduate Students

Abstract

The study examines the relationship between fibularis longus muscle dimensions and leg length among undergraduate students, with emphasis on determining whether variations in leg length are associated with differences in the dimensions of the fibularis longus muscle. The fibularis longus is a major muscle of the lateral compartment of the leg and contributes to eversion and plantarflexion of the foot, as well as stabilization of the ankle and support of the foot arches. Understanding its dimensional characteristics may provide useful information on individual variation in lower-limb muscular anatomy. The study will determine selected dimensions of the fibularis longus muscle and assess the leg length of undergraduate students. The specific objectives will include measuring selected dimensions of the fibularis longus muscle, determining the leg length of the participants, assessing variations in both measurements, and establishing the relationship between fibularis longus muscle dimensions and leg length among the study participants. A cross-sectional descriptive research design will be adopted for the study. An appropriate sample of undergraduate students will be selected using a suitable sampling technique. Data on fibularis longus muscle dimensions will be obtained through standardized anatomical or imaging-based assessment procedures, while leg length will be measured using appropriate anthropometric techniques and standardized anatomical landmarks. The data will be analyzed using descriptive statistics such as frequency, percentage, mean, and standard deviation, while correlation and appropriate inferential statistical tests will be used to determine the relationship between the variables. The study is expected to reveal variations in the dimensions of the fibularis longus muscle and leg length among the undergraduate students studied. A measurable relationship may be observed between selected fibularis longus muscle dimensions and leg length, with some measurements potentially demonstrating statistically significant associations. The findings are expected to provide information on the pattern of variation in the muscle and its relationship with an external lower-limb measurement. The findings will be useful to anatomists, physical therapists, sports scientists, orthopaedic practitioners, radiologists, rehabilitation specialists, and other healthcare professionals involved in the assessment of lower-limb anatomy and function. The study may provide useful reference information for understanding individual variation in fibularis longus muscle morphology and may support anatomical assessment, interpretation of imaging findings, musculoskeletal research, rehabilitation planning, and clinical evaluation of the leg and ankle region. The study will conclude by documenting the dimensions of the fibularis longus muscle, leg length, and the relationship between these measurements among undergraduate students. It is recommended that standardized anatomical and anthropometric procedures be used when assessing fibularis longus muscle and leg dimensions, while further studies involving larger and more diverse populations should be conducted to establish broader reference data on the relationship between lower-limb muscle morphology and body measurements.

Keywords: Fibularis longus muscle, muscle dimensions, leg length, undergraduate students, lateral leg, lower limb anatomy, ankle anatomy, foot anatomy, muscle morphology, morphometry, anatomical variation, anthropometry, eversion, plantarflexion, musculoskeletal anatomy.