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Kinesiology Laboratory 38.317. Instructor: Bryanna Hawkins Email: Bryanna_hawkins@student.uml.edu 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%)
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Kinesiology Laboratory38.317 Instructor: Bryanna Hawkins Email: Bryanna_hawkins@student.uml.edu 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 Terms Position • 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
Bony Palpation • Familiarization with Anatomical Landmarks • Acclimation with Hands-on Investigation • Recognize Different Anatomies • Clinical Application • Practice, Practice, Practice!
Bony Landmarks Arm • Olecranon Process (p 114) • Humeral Medial & Lateral Epicondyles (p 114-15) • Head of Radius (p117) • Ulnar StyloidProcess (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 Landmarks Axial 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)