BIOMECHANICS IN CHIROPRACTIC PRACTICE

About Course

This course introduces students to the principles of biomechanics as applied to chiropractic practice. Students will learn how biomechanics impacts the structure and function of the body, and how it relates to the assessment and treatment of musculoskeletal conditions.

Course Content

INTRODUCTION TO BIOMECHANICS IN CHIROPRACTIC
Under this Topic, we will be discussing; Definition of Biomechanics; Biomechanical principles and laws; Importance of biomechanics in chiropractic practice.

INTRODUCTION TO BIOMECHANICS

21:46
IMPORTANCE OF BIOMECHANICS TO CHIROPRACTIC PRACTICE

14:18

ANATOMICAL STRUCTURES AND FUNCTION
Review of skeletal anatomy; Joint structure and function; Muscle mechanics and function.

SPINAL BIOMECHANICS
Biomechanics of the Spine; Spinal anatomy and biomechanics; Normal and abnormal spinal curvature; Spinal loading and stress.

SHOULDER AND UPPER EXTREMITY BIOMECHANICS

PELVIS AND LOWER EXTREMITY BIOMECHANICS

AMBULATION AND KINESIOLOGY
In this topic, we will be discussing about; Movement Analysis and Patterns Gait Analysis Functional movement assessment, and Postural Analysis.

BIOMECHANICAL ASSESSMENT AND TREATMENT
Under this topic; we will be reviewing Palpation techniques; Range of motion testing; Adjustment Techniques.

CASE STUDIES AND PRACTICAL APPLICATION
Biomechanical considerations in different patient populations Case studies and problem-solving exercises Evidence-based practice in biomechanics.

REVIEW AND FINAL EXAMINATION
Review of course materials; Final examination covering key concepts and applications.

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About Course

What Will You Learn?

Course Content

INTRODUCTION TO BIOMECHANICS IN CHIROPRACTIC
Under this Topic, we will be discussing; Definition of Biomechanics; Biomechanical principles and laws; Importance of biomechanics in chiropractic practice.

INTRODUCTION TO BIOMECHANICS

IMPORTANCE OF BIOMECHANICS TO CHIROPRACTIC PRACTICE

ANATOMICAL STRUCTURES AND FUNCTION
Review of skeletal anatomy; Joint structure and function; Muscle mechanics and function.

ANATOMICAL STRUCTURES AND FUNCTION

SPINAL BIOMECHANICS
Biomechanics of the Spine; Spinal anatomy and biomechanics; Normal and abnormal spinal curvature; Spinal loading and stress.

MUSCLE FUNCTION AND BIOMECHANICS OF THE SPINE

MECHANICAL FUNCTION OF THE SPINE

BIOMECHANICS OF THE SPINE

NORMAL AND ABNORMAL CURVATURE

SPINAL LOADING AND STRESS

SHOULDER AND UPPER EXTREMITY BIOMECHANICS

PELVIS AND LOWER EXTREMITY BIOMECHANICS

AMBULATION AND KINESIOLOGY
In this topic, we will be discussing about; Movement Analysis and Patterns Gait Analysis Functional movement assessment, and Postural Analysis.

BIOMECHANICAL ASSESSMENT AND TREATMENT
Under this topic; we will be reviewing Palpation techniques; Range of motion testing; Adjustment Techniques.

CASE STUDIES AND PRACTICAL APPLICATION
Biomechanical considerations in different patient populations Case studies and problem-solving exercises Evidence-based practice in biomechanics.

REVIEW AND FINAL EXAMINATION
Review of course materials; Final examination covering key concepts and applications.

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About Course

What Will You Learn?

Course Content

INTRODUCTION TO BIOMECHANICS IN CHIROPRACTIC Under this Topic, we will be discussing; Definition of Biomechanics; Biomechanical principles and laws; Importance of biomechanics in chiropractic practice.

INTRODUCTION TO BIOMECHANICS

IMPORTANCE OF BIOMECHANICS TO CHIROPRACTIC PRACTICE

ANATOMICAL STRUCTURES AND FUNCTION Review of skeletal anatomy; Joint structure and function; Muscle mechanics and function.

ANATOMICAL STRUCTURES AND FUNCTION

SPINAL BIOMECHANICS Biomechanics of the Spine; Spinal anatomy and biomechanics; Normal and abnormal spinal curvature; Spinal loading and stress.

MUSCLE FUNCTION AND BIOMECHANICS OF THE SPINE

MECHANICAL FUNCTION OF THE SPINE

BIOMECHANICS OF THE SPINE

NORMAL AND ABNORMAL CURVATURE

SPINAL LOADING AND STRESS

SHOULDER AND UPPER EXTREMITY BIOMECHANICS

PELVIS AND LOWER EXTREMITY BIOMECHANICS

AMBULATION AND KINESIOLOGY In this topic, we will be discussing about; Movement Analysis and Patterns Gait Analysis Functional movement assessment, and Postural Analysis.

BIOMECHANICAL ASSESSMENT AND TREATMENT Under this topic; we will be reviewing Palpation techniques; Range of motion testing; Adjustment Techniques.

CASE STUDIES AND PRACTICAL APPLICATION Biomechanical considerations in different patient populations Case studies and problem-solving exercises Evidence-based practice in biomechanics.

REVIEW AND FINAL EXAMINATION Review of course materials; Final examination covering key concepts and applications.

Student Ratings & Reviews

Quick Links

Resources

Support

INTRODUCTION TO BIOMECHANICS IN CHIROPRACTIC
Under this Topic, we will be discussing; Definition of Biomechanics; Biomechanical principles and laws; Importance of biomechanics in chiropractic practice.

ANATOMICAL STRUCTURES AND FUNCTION
Review of skeletal anatomy; Joint structure and function; Muscle mechanics and function.

SPINAL BIOMECHANICS
Biomechanics of the Spine; Spinal anatomy and biomechanics; Normal and abnormal spinal curvature; Spinal loading and stress.

AMBULATION AND KINESIOLOGY
In this topic, we will be discussing about; Movement Analysis and Patterns Gait Analysis Functional movement assessment, and Postural Analysis.

BIOMECHANICAL ASSESSMENT AND TREATMENT
Under this topic; we will be reviewing Palpation techniques; Range of motion testing; Adjustment Techniques.

CASE STUDIES AND PRACTICAL APPLICATION
Biomechanical considerations in different patient populations Case studies and problem-solving exercises Evidence-based practice in biomechanics.

REVIEW AND FINAL EXAMINATION
Review of course materials; Final examination covering key concepts and applications.