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Ventilation

Kinetics

Skeletal Muscle Mechanics

This webinar includes a detailed description of the biomechanics of: 1. Sternovlacular Joint Anatomy: joint surfaces, ligaments, capsule, disc/meniscoid 2. Acromioclavicular Joint Anatomy: joint surfaces, ligaments, capsule, disc/meniscoid 3. Sternovlacular Joint Arthrokinematics 4. Acromioclavicular Joint Osteokinematics 5. Biomechanics at both joints with overhead activity

Explanation of the force created by the line of gravity and the effect on muscular activity. Explanation of the link between postural analysis and gait analysis.

Leadership Project: Seek to Understand first, then to be Understood

Wrist Kinesiology & Biomechanics

After watching this video you will be able to: 1. Describe the joints composing the elbow complex 2. Describe the degrees of freedom & movements available at the elbow complex 3. Described the arthrokinematics of the closed and open kinematic chain for humeroulnar and humeroradial joints

A runner presenting with a hip drop. A hip drop in runners can have an implication on their running mechanics, running energetics, and progression. It has been related to iliotibial band syndrome and patellofemoral pain.

After watching this video you will learn about: 1. Trendelenburg Gait 2. Compensated Trendelenburg Gait 3. Multiple Trunk Leans: Forward Trunk Lean, Backward Trunk Lean and Trunk Lurching 4. Circumduction 5. Excessive Lumbar Lordosis during Gait

In this video you will observe the following gait abnormalities: 1. Flexed knee during the stance phase of the gait cycle 2. Knee hyperextension during the stance phase of the gait cycle 3. Antalgic Gait 4. Excessive knee flexion during the swing phase of the gait cycle

In this video, you will learn about one reason why runners suffer from hip, knee, or ankle pain: excessive heel eversion. While normal heel eversion is part of our physiological movement, excessive heel eversion may create instabilities throughout the entire lower extremity chain. Here you will also learn about one simple exercise to address the heel eversion.

In this video, you will learn about an examination of overstriding in runners and a technique to decrease the overstriding.

In this video, I discuss five gait deviations related to the knee joint complex, secondary to a knee joint dysfunction. 1. Knee Extension after Initial Contact- Extensor Thrust 2. Knee Extension during Loading Response, No Extensor Thrust 3. Genu recurvatum 4. Flexed Knee Position during Stance 5. Reduced/Absent Knee Flexion during Swing

SupremeRun: A Comprehensive Running Analysis that allows every run to be supreme.

Supreme Run: A Running Analysis that Gives Your Running A Breath of Fresh Air

Gait Deviations: Compensations at Ankle & Foot

Gait Deviations: Ankle and Foot I Stance Phase of the Gait Cycle

Gait Deviations: Foot & Ankle I Initial Contact of the Gait Cycle

Hip Joint Biomechanics: Femoroacetabular Joint Kinematics Open Kinematic Chain

Sacroiliac Joint Movement: Nutation II Counternutation II Sacral Torsion II Iliac Torsion

Shoulder Kinesiology: Glenohumeral Joint Movement

Kinesiology & Biomechanics Joint Types: Synarthrodial & Diarthrodial Joints

Kinesiology Pulley Systems: Single Fixed, Moveable, Anatomic

Serratus Anterior Applied Anatomy & Kinesiology

Depressed Shoulder Girdle Dysfunction

Scapular Alignment Assessment Techniques I Faulty Positions I Shoulder Kinesiology

Foot and Ankle Biomechanics: Subtalar Joint Anatomy & Kinesiology

Acromioclavicular Joint Movement || Shoulder Anatomy & Kinesiology