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Assessment of Students’ Knowledge of Anatomical Adaptations Associated with Bipedal Locomotion

Abstract

The study examines students’ knowledge of anatomical adaptations associated with bipedal locomotion, with emphasis on the structural features that enable humans to maintain an upright posture and move efficiently on two lower limbs. Bipedal locomotion is associated with adaptations involving the vertebral column, pelvis, lower limbs, feet, and associated muscles and joints. Understanding these adaptations is important for appreciating the relationship between human skeletal structure, posture, balance, and locomotion. The study will assess students’ knowledge of anatomical adaptations associated with bipedal locomotion and determine their ability to identify and explain the structural features that support upright posture and two-legged movement. The specific objectives will include assessing knowledge of the curvatures of the vertebral column, pelvic structure, lower limb alignment, femoral orientation, knee and ankle configuration, foot arches, and other anatomical features associated with bipedal movement. The study will also identify areas of bipedal anatomy that may present difficulties during learning and practical assessment. A cross-sectional descriptive research design will be adopted for the study. Undergraduate students who have received relevant anatomy training will be selected using an appropriate sampling technique. Data will be collected using a structured questionnaire and standardized anatomical identification or image-based assessment focusing on skeletal and musculoskeletal adaptations associated with bipedal locomotion. The data obtained will be analyzed using descriptive statistics such as frequency, percentage, mean, and standard deviation, while appropriate inferential statistical tests will be applied where necessary. The study is expected to reveal varying levels of knowledge of anatomical adaptations associated with bipedal locomotion among the students. Students may demonstrate stronger knowledge of prominent adaptations such as the spinal curvatures, pelvic configuration, and foot arches, while more detailed relationships involving lower limb alignment, joint configuration, and muscular contributions to balance and locomotion may present greater difficulty. Differences may also be observed in students’ ability to relate individual anatomical adaptations to their functional roles in maintaining upright posture and efficient movement. The findings will be useful to anatomists, anatomy educators, physical anthropologists, physiotherapists, medical educators, and other professionals involved in teaching human structure and movement. The study may provide useful information on students’ understanding of the relationship between anatomical form and locomotor function and may help identify areas requiring additional practical demonstrations, skeletal specimens, anatomical models, or comparative illustrations. Improved understanding of bipedal adaptations may also strengthen students’ appreciation of human musculoskeletal anatomy and functional anatomy. The study will conclude by documenting students’ knowledge of anatomical adaptations associated with bipedal locomotion and identifying areas of strength and difficulty in their understanding of human locomotor anatomy. It is recommended that the teaching of bipedal adaptations should integrate skeletal specimens, anatomical models, diagrams, and functional examples to improve students’ understanding of the relationship between structure, posture, balance, and movement. Further studies involving larger and more diverse student populations should also be conducted to provide broader information on students’ knowledge of human locomotor adaptations.

Keywords: Bipedal locomotion, anatomical adaptations, human locomotion, anatomical knowledge, undergraduate students, vertebral column, pelvis, lower limbs, femur, knee joint, ankle joint, foot arches, musculoskeletal anatomy, functional anatomy, anatomy education.