Scapulohumeral Rhythm Simple Animation I Shoulder Kinesiology Alexandra Kopelovich 2020-05-29 | After watching this video you will be able to identify scapula and humerus. You will be able to describe the kinesiologic movement relationship between the two osseous segments, and identify the path of movement.
Sternoclavicular and Acromioclavicular Biomechanics & Kinesiology Webinar Alexandra Kopelovich 2021-06-17 | This webinar includes a detailed description of the biomechanics of:1. Sternovlacular Joint Anatomy: joint surfaces, ligaments, capsule, disc/meniscoid2. Acromioclavicular Joint Anatomy: joint surfaces, ligaments, capsule, disc/meniscoid3. Sternovlacular Joint Arthrokinematics4. Acromioclavicular Joint Osteokinematics5. Biomechanics at both joints with overhead activity
Postural Analysis: Line of Gravity Explained Webinar Alexandra Kopelovich 2021-05-11 | 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 Alexandra Kopelovich 2021-04-24 | ...
Elbow Joint Biomechanics & Kinesiology Alexandra Kopelovich 2021-03-16 | After watching this video you will be able to:1. Describe the joints composing the elbow complex2. Describe the degrees of freedom & movements available at the elbow complex3. Described the arthrokinematics of the closed and open kinematic chain for humeroulnar and humeroradial joints
Running Analysis: Hip Drop Alexandra Kopelovich 2021-03-07 | 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.
Gait Deviations: Hip, Pelvis, Trunk Alexandra Kopelovich 2021-03-02 | After watching this video you will learn about:1. Trendelenburg Gait2. Compensated Trendelenburg Gait3. Multiple Trunk Leans: Forward Trunk Lean, Backward Trunk Lean and Trunk Lurching4. Circumduction5. Excessive Lumbar Lordosis during Gait
Gait Deviations: Compensatory Knee Joint Strategies Alexandra Kopelovich 2021-02-24 | 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 cycle3. Antalgic Gait4. Excessive knee flexion during the swing phase of the gait cycle
Running Analysis: Heel Eversion a.k.a Pronation Alexandra Kopelovich 2021-02-19 | 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.
Running Analysis: Overstriding Alexandra Kopelovich 2021-02-17 | In this video, you will learn about an examination of overstriding in runners and a technique to decrease the overstriding.
Gait Deviations: Knee Joint Complex Secondary to Knee Joint Dysfunction Alexandra Kopelovich 2021-02-16 | 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 Thrust3. Genu recurvatum4. Flexed Knee Position during Stance 5. Reduced/Absent Knee Flexion during Swing
SupremeRun: A Comprehensive Running Analysis that allows every run to be supreme. Alexandra Kopelovich 2021-02-15 | SumpremeRun.comDo you have hip, knee, or ankle pain while running? Find out the reason, and treat it immediately! We analyze your running within 24 hours and provide you with a cohesive, clear description of your running mechanics and provide treatment recommendations.
Supreme Run: A Running Analysis that Gives Your Running A Breath of Fresh Air Alexandra Kopelovich 2021-02-14 | ...
Gait Deviations: Compensations at Ankle & Foot Alexandra Kopelovich 2021-02-09 | In this video, we will examine compensatory deviations seen at the ankle and foot complex. These gait compensations result from dysfunction seen at the: ipsilateral knee, ipsilateral hip, or a contralateral lower extremity dysfunction. The three gait abnormalities are:1. Vaulting 2. Excessive Toeing Out3. Excessive Toeing In Thank you for Watching!
Gait Deviations: Ankle and Foot I Stance Phase of the Gait Cycle Alexandra Kopelovich 2021-02-02 | This video describes 4 gait deviations during the stance phase of the gait cycle:1. Early Heel Lift2. Late Heel Lift3. Supination4. PronationThank you for watching! :)
Gait Deviations: Foot & Ankle I Initial Contact of the Gait Cycle Alexandra Kopelovich 2021-01-27 | In this video, I included 5 gait deviations specific to the ankle & foot complex at initial contact.
Hip Joint Biomechanics: Femoroacetabular Joint Kinematics Open Kinematic Chain Alexandra Kopelovich 2021-01-25 | After watching this video you will be able to:1. Describe Femoroacetabular Joint Movement2. Identify Open versus Closed Kinematic Chain Movements3. Describe Sagittal Plane Open Kinematic Chain Femoroacetabular Joint movement 4. Describe Frontal Plane Open Kinematic Chain Femoroacetabular Joint movement 5. Describe Transverse Plane Open Kinematic Chain Femoroacetabular Joint movement
Sacroiliac Joint Movement: Nutation II Counternutation II Sacral Torsion II Iliac Torsion Alexandra Kopelovich 2021-01-12 | After watching this video you will be able to:1. Describe Symmetrical vs Asymmetrical Sacroiliac Joint Movement2. Describe Nutation as the movement of the Sacrum and as the movement of the Innominates3. Describe Counternutation as the movement of the Sacrum and as the movement of the Innominates4. Describe Sacral Torsion, describe the axis of rotation around which sacral torsion occurs5. Describe Iliac Torsion, describe the axis of rotation around which the Iliac torsion occursThank you for watching!
Shoulder Kinesiology: Glenohumeral Joint Movement Alexandra Kopelovich 2020-12-23 | After watching this video you will be able to:1. Identify glenohumeral joint degrees of freedom 2. Describe Glenohumeral Osteokinematics movements 3. State the movements of glenohumeral joint in all three planes4. Describe Glenohumeral arthrokinematics5. Describe the roll and the glide movements of the humerus6. Identify your patients arthrokinematics restriction6. Identify the position and direction of mobilization to help your patient
Kinesiology & Biomechanics Joint Types: Synarthrodial & Diarthrodial Joints Alexandra Kopelovich 2020-12-19 | After watching this video you will be able to:1. Name two major human joint types2. Describe two major human joint types in detail3. Analyze specific joint features4. Describe the sub-divisions of synarthrodial joints5. Name the 7 elements of the diarthrodial joints 6. Describe the sub-divisions of diarthrodial joints 7. Answer the 3 quiz questions at the end :) Scroll down to see the answers.Quiz answers:1. Inter-tarsal joints: diarthrodial - planar joints2. Distal tibio-fibular: synarthrodial - fibrous- syndesmosis (interosseous membrane)3. Sternoclavicular joint: diarthrodial- biaxial-saddle joint Thank You for Watching!
Kinesiology Pulley Systems: Single Fixed, Moveable, Anatomic Alexandra Kopelovich 2020-12-12 | This video will help physical therapy students and other medical/engineering/science professions in the understanding of principal concepts of biomechanics and/or kinesiology. After watching this video, you will be able to:1. Describe the three pulley systems2. Analyze the difference between the three types of pulley's3. Identify the single fixed pulley system4. Identify the moveable type of pulley system 5. Identify the anatomic type of pulleys6. Describe at least three types of anatomic pulleys7. Describe the role of anatomic pulleys in the human body
Serratus Anterior Applied Anatomy & Kinesiology Alexandra Kopelovich 2020-12-07 | After watching this video, you will be able to:1. Identify 2 movements occurring at the acromioclavicular joint: posterior tilt + external rotation2. Identify the force couples responsible for the 2 movements at the acromioclavicular joint3. Analyze the line of pull of each of the muscles 4. Differentiate the muscles role in the shoulder girdle movement
Scapular Alignment Assessment Techniques I Faulty Positions I Shoulder Kinesiology Alexandra Kopelovich 2020-11-20 | After watching this video you will be able to:1. Identify typical shoulder blade alignement 2. Identify abnormal shoulder blade alignment 3. Identify a possible issue triggering your shoulder pain
Foot and Ankle Biomechanics: Subtalar Joint Anatomy & Kinesiology Alexandra Kopelovich 2020-11-13 | After watching this video you will be able to differentiate between pronation and supination movements. You will be able to breakdown these triplanar movements into 3 basic cardinal planes and their relationship to subtalar joint.
Acromioclavicular Joint Movement || Shoulder Anatomy & Kinesiology Alexandra Kopelovich 2020-11-05 | After watching this video you will be able to identify the acromioclavicular joint, describe its kinematics in relation to the 3 cardinal planes, and apply this knowledge to your clinical or academic practice.
Gait Muscular Activity & Action Alexandra Kopelovich 2020-11-02 | After watching this video you be able to describe muscle activation throughout the whole gait cycle. Differentiate between concentric and eccentric muscle activity. Name muscles active at the hip, knee and ankle joints.
Kinesiology of the Spine | Flexion, Extension, Side-bending & Rotation Arthrokinematics Alexandra Kopelovich 2020-10-19 | After watching this video you will be able to describe the four primary movements of the spine in the four cardinal planes. You will be able to describe what happens as the Z-joints (facet joints), the body of the vertebrae as well as the intervertebral disc.
Ground Reaction Force During the Gait Cycle Alexandra Kopelovich 2020-09-24 | After watching this video you will be able to describe the path of the ground reaction force throughout the stance phase of the gait in relationship to an individual joint: hip, knee or ankle.
Gait Range of Motion Animation Alexandra Kopelovich 2020-09-04 | After watching this video you be able to describe the range of motion throughout the whole gait cycle, specifically at the hip, knee and ankle joints.
Musculoskeletal Levers Animation | 3 Types of Lever Systems Alexandra Kopelovich 2020-08-13 | After watching this video you will be able to describe the 3 types of musculoskeletal levers: 1, 2, 3. You will be able to apply the lever knowledge to the human body and incorporate it into your practice. This video will serve as a helpful review for the students taking a physical therapy board exam.
Roll, Glide, Slide, Spin Kinesiology Definitions Alexandra Kopelovich 2020-06-18 | After watching this video you will be able to describe the 3 terms typically used in biomechanics and kinesiology: roll/glide (slide)/spin. The relationship of these terms to joint motion. After watching this video, make sure to take a look at the convex-concave explanation to further expand your knowledge.
LUMBOPELVIC RHYTHM ANIMATION | Sequence and Range of Motion Explained Alexandra Kopelovich 2020-05-22 | This video reviews the relationship between the lumbar spine and the pelvis with forwarding bending, including the range of motion and anatomical segments that initiate the motion.
SPINE KINESIOLOGY ANIMATION | Factors Influencing Spinal Mobility Alexandra Kopelovich 2020-05-16 | This video includes a range of motion for each level of the spine(cervical, thoracic, lumbar) as well as the range of motion for clinically significant vertebrae. Learn which specific segments the motion of the spine is produced by, and which levels are susceptible to injury.
CONVEX-CONCAVE RULE | Simple Animated Explanation Alexandra Kopelovich 2020-05-06 | Convex concave rule with real-life examples.
KINESIOLOGY OF THE SHOULDER GIRDLE ANIMATION: Sternoclavicular Joint Arthrokinematics Alexandra Kopelovich 2020-04-28 | This is a summary of sternoclavicular joint arthokinematics. It includes a brief discussion on convex concave rule.Hello everyone!I have made a mistake describing two planes in the video, here are all the correct planes and the osteokinematic movements associated with them! ***Frontal Plane-Anterior/Posterior -Elevation Depression***Sagittal Plane-Medial/Lateral-Anterior/Posterior Rotation***Transverse Plane-Superior/Inferior-Protraction/Retraction
Empire DanceSport 2018 Mambo Dragan Strukelj and Alexandra Kopelovich Alexandra Kopelovich 2018-08-11 | ...
Dragan Strukelj & Alexandra Kopelovich Paragon RS SF Mambo 2017 Alexandra Kopelovich 2017-11-06 | ...
Blackpool Rhythm Mambo 2017 Quarter Final Alexandra Kopelovich Ciprian Popa Alexandra Kopelovich 2017-06-15 | ...
Blackpool Rhythm Bolero 2017 Quarter Final Alexandra Kopelovich Ciprian Popa Alexandra Kopelovich 2017-06-15 | ...
