"Kinesiologyfrom" Example Sentences
1. Her interest in kinesiology from a young age led her to pursue a career in physical therapy.
2. Many athletes benefit from the study of kinesiology from understanding how their bodies move during games and training.
3. The kinesiology professor taught his students about the science of movement and how it relates to the human body from an academic perspective.
4. Kinesiology from a biomechanical perspective focuses on how forces interact with the body to produce movement.
5. The kinesiology lab was equipped with various machines and tools to help students study the mechanics of the body from different angles.
6. His background in kinesiology from his undergraduate studies gave him an advantage when applying to graduate school for physical therapy.
7. Kinesiology from a motor control perspective explores how the brain and muscles work together to produce coordinated movement.
8. She learned about the principles of kinesiology from her personal trainer, who emphasized the importance of proper body mechanics during exercise.
9. Kinesiology from a sport science perspective is concerned with enhancing athletic performance through prescribed exercise and training programs.
10. The kinesiology department at the university offered a diverse range of courses, from anatomy and biomechanics to exercise physiology and nutrition.
11. His kinesiology research focused on the effects of exercise on bone health, specifically in postmenopausal women.
12. Kinesiology from a rehabilitation perspective aims to restore function and mobility in individuals with injury or disabilities.
13. The kinesiology clinic provided services such as physical therapy, occupational therapy, and speech therapy to individuals of all ages.
14. Kinesiology from an exercise prescription standpoint involves developing individualized workout plans based on each client's needs and goals.
15. She applied her knowledge of kinesiology from her degree program to design a fitness routine that would help her recover from a knee injury.
16. The kinesiology conference brought together experts from various fields to share their research on the effects of exercise on health and wellness.
17. Kinesiology from a neuromuscular perspective explores the connections between the nervous system and muscle function.
18. The kinesiology lab was outfitted with cutting-edge technology to measure muscle activation and force production during movement.
19. Kinesiology from an injury prevention standpoint focuses on identifying risk factors and implementing strategies to reduce the likelihood of injury.
20. The kinesiology textbook covered topics ranging from the fundamentals of human movement to the complexities of sports medicine.
21. She learned about kinesiology from her personal trainer, who emphasized the importance of proper form and technique in strength training exercises.
22. Kinesiology from an ergonomics standpoint is concerned with optimizing workplace design to reduce strain and fatigue on the body.
23. The kinesiology graduate program offered opportunities for students to conduct research in areas such as motor control, exercise physiology, and biomechanics.
24. Kinesiology from a developmental perspective examines how movement patterns change over time, from infancy to old age.
25. The kinesiology professor gave a lecture on the biomechanics of running, explaining how to optimize form and minimize injuries.
26. Kinesiology from a public health perspective addresses issues such as physical inactivity, obesity, and chronic diseases that can be prevented or managed through exercise.
27. The kinesiology department offered a variety of experiential learning opportunities, such as internships, practicums, and research assistantships.
28. Kinesiology from a biofeedback standpoint involves using technology to provide real-time feedback on muscle activation and movement patterns.
29. The kinesiology coursework included hands-on experiences such as cadaver dissection, gait analysis, and strength testing.
30. Kinesiology from a teaching standpoint involves developing effective strategies for conveying complex concepts to students of varying backgrounds and experience levels.
Common Phases
1. Testing muscle strength;
2. Evaluating body posture;
3. Measuring range of motion;
4. Identifying muscle imbalances;
5. Assessing muscle tone;
6. Analyzing coordination and balance;
7. Pinpointing areas of weakness and tension;
8. Developing personalized exercise plans;
9. Facilitating injury rehabilitation;
10. Enhancing overall physical performance.