kinesiology laboratory 38.317
DESCRIPTION
Kinesiology Laboratory 38.317. Instructor: Bryanna Hawkins Email: [email protected] Office Hours: Fridays 11 00 -1 00 Weed 100 Or B y Appointment. Report Formatting. Title Page Title, Lab Section, Instructor, Date, Authors & Contributions Introduction (5%) - PowerPoint PPT PresentationTRANSCRIPT
KINESIOLOGY LABORATORY38.317Instructor: Bryanna Hawkins
Email: [email protected]
Office Hours: Fridays 1100-100 Weed 100 Or By Appointment
Report Formatting• Title Page
• Title, Lab Section, Instructor, Date, Authors & Contributions
• Introduction (5%)• Purpose and Physiological Principles
• Methods (10%)• Materials List, Subject Characteristics, Lab Methodology
• Results (30%)• Summarize Data, Tables, Graphs, Illustrations
• Discussion (30%)• Interpret Results, Physiological Significance, Opinions on Activity
• References (5%)• AMA or APA formatting• BE CONSISTANT!
• Appendices (5%)• Raw Data (i.e. notes from lab), Extra Figures, etc.
• Overall Quality (15%)• Professional Appearance, On Time, etc.
Planes and Axes
*NB, the Vertical Axis can also be called the Longitudinal Axis
*
Review of Anatomical TermsPosition
• Anterior/Posterior• Superior/Inferior• Lateral/Medial• Proximal/Distal• Ipsilateral/Contralateral• Superficial/Deep• Dorsal/Ventral
Movement
• Extension/Flexion• Abduction/Adduction• Elevation/Depression• Rotation (Internal/External)• Pronation/Supination• Dorsiflexion/Plantarflexion• Eversion/Inversion• Protraction/Retraction• Protusion/Retrusion
Human Motion• Occurs around joints• Major joints
• Shoulder (Glenohumeral)• Elbow• Forearm• Wrist• Spine• Hip• Knee• Ankle (Distal Talofibular Joint)
• Degrees of Freedom• Osteokinematic Motion• Planes and Axes
• ROM• Joint structure • Shape of articulating surfaces• Soft Tissue• Receptor feedback
Joint Actions Plane Axis Degree Joint Type
Glenohumeral
Elbow
Forearm
Wrist
Spine
Hip
Knee
Ankle
Joint Actions Plane Axis Degree Joint Type
Glenohumeral Flex/Ext Sag Front 3 Ball & Socket
Ab/Add Front Sag
Hor Ab/Add Trans Vert
Elbow Flex/Ext Sag Front 1 Hinge
Forearm Flex/Ext Trans Vert 1 Pivot
Wrist Flex/Ext Sag Front 2 Ellipsoid/
Rad/Uln Dev Front Sag Gliding
Spine Flex/Ext Sag Front 3 Amphiathrodial/
Lat Flex Front Sag Pivot
Rotation Trans Vert
Hip Flex/Ext Sag Front 3 Ball & Socket
Ab/Add Front Sag
Hor Ab/Add Trans Vert
Knee Flex/Ext Sag Front 2 Codyloid/
Rotation Trans Vert Hinge
Ankle Plant/Dorsi Sag Front 1 Hinge
Bony Palpation• Familiarization with Anatomical Landmarks• Acclimation with Hands-on Investigation• Recognize Different Anatomies• Clinical Application• Practice, Practice, Practice!
Bony LandmarksArm• Olecranon Process (p 114)• Humeral Medial & Lateral Epicondyles
(p 114-15)• Head of Radius (p117)• Ulnar Styloid Process (p 116)• Radial Styloid Process (p 118)
Hand• Anatomical Snuffbox (p 153)• Scaphoid Tubercle (p 124)• Pisiform (p 121)• Hook of the Hamate (p 122) • Metacarpals (1st thru 5th)• Metacarpophalangeal (MCP) Joints• Phalanges (Proximal, Middle, and
Distal)
• Proximal Interphalangeal (PIP) Joints• Distal Interphalangeal (DIP) Joints• Carpal Bones (Trapezium, Trapezoid,
Capitate, Hamate, Pisiform, Triquetrum, Lunate, Scaphoid) (p 119)
Shoulder Girdle• Spine of the Scapula (p 52)• Medial Border of the Scapula (p 52)• Inferior Angle of the Scapula (p 53)• Acromion Process (p 57)• Coracoid Process (p 59)• Clavical (medial and lateral ends) (p 57)
Bony LandmarksAxial Skeleton• Manubrium (p 184)• Cervical, Thoracic and Lumbar Spinous & Transverse Processes (p 285)
Pelvic Girdle• Illiac Crest (p 285)• Anterior Superior Iliac Spine (ASIS) (p 285)• Posterior Superior Iliac Spine (PSIS) (p 286)
Leg & Foot• Greater Trochanter of the Femur (p 287)• Medial & Lateral Epicondyle of Femur (p 353)• Patella (p 350)• Tibial Tuberosity of the Tibia (p 350)• Fibula Head (p 351)• Medial & Lateral Malleoli (p 357)• Calcaneus (p 358)
For Next Week• Lab Report 1• Practice Palpations• Readings: H&K Ch. 5, TG pp. 48-50, 61-106, 63-69, 71,
74-75, 82, 84, 86, 89, 92, 97, 99,101-103 (not palpation)