Educational Software Cooperative 4

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Text File | 1992-01-18 | 10.2 KB | 189 lines

PAGE 1 LEVEL 4 ┌ 1 Ab/scap ─────┐ LEVEL 3 ├ 3 Abduction ───┤ ┌ A Ankle ───┐ ├ Z Adduction ───┤ ├ B Brain ───┤ ├ 9 Depression ──┤ ├ E Elbow ───┤ ├ C Elevation ───┤ ├ F Foot ────┤ ├ 8 Elev/scap ───┤ ├ D Hand ────┤ ├ Y Extension ───┤ LEVEL 2 ├ H Hip ─────┤ ├ B Ext. rot ────┤ ┌ 1 Motion ─────┼ K Knee ────┼────┼ 2 Flexion ─────┼── Pg 2 │ ├ L Lungs ───┤ ├ A Int. rot ────┤ LEVEL 1 │ ├ R Ribs ────┤ ├ 6 Protraction ─┤ ┌ 4 Aged ──┐ │ ├ S Shoulder ┤ ├ 7 Retraction ──┤ ├ C Chest ─┤ │ ├ T Trunk ───┤ │ │ ────┼ 2 CVA ───┼────┤ └ W Wrist ───┘ ├ G Gait ────────┤ ├ 1 Normal ┤ │ ├ T PNF Patterns ┤ └ R RA ────┘ │ ├ P Posture ─────┤ │ ┌ PT tx ├ R Reach/Func ──┤ │ ├ Writing ├ Q Respiration ─┤ │ ├ Bib sys └ S Subluxation ─┘ └ 3 Non-Motion ─┼ Corr ├ Job ├ Stats ──────── Pg 5 └ Organizing ──── Pg 5 @ PAGE 2 LEVEL 5 LEVEL 7 ┌ A Lat. Dorsi (LD) ───────┐ ┌ 1 Bone ──────── Pg 3 ├ 4 Lev. Scapulae (LS) ────┤ LEVEL 6 ├ 2 Muscles ───── Pg 3 ├ 8 Pec. Major (PMS) ──────┤ ├ 3 Joints ────── Pg 3 ├ 9 Pec. Maj. Clav. (PMC) ─┤ ┌ A Anatomy ──────────┼ 5 Weight ├ 7 Pec. Minor (PI) ───────┤ │ ├ B Grey/White ── Pg 4 ├ 5 Rhomboid (RB) ─────────┤ │ └ S Skin ├ 6 Serratus Anterior (SR) ┤ │ ┌ 1 Furn. Des. ── Pg x ├ B Subclavius (SBC) ──────┤ ├ C Anthropometry ────┼ 2 Body Meas. ── Pg x ├ 1 Trapezius (TP) & (TPU) ┤ │ └ 3 Reach ─────── Pg x ├ 3 Trapezius Lower (TPL) ─┤ │ ┌ 1 Force Plat. ├ 2 Trapezius Middle (TPM) ┤ │ ├ 2 Accelerator Pg 1 ─┼ F Biceps (BC) ───────────┼─┤ ├ 3 Dynamometer ├ M Coracobrachialis (CB) ─┤ ├ 6 Kinetics ─────────┼ 5 Theory ├ C Deltoid (DL)───────────┤ │ ├ B Body Seg Wt ├ K Infraspinatus (IPT) ───┤ │ ├ L Len/Dim musc ├ L Subscapularis (SBS) ───┤ │ └ M Modelling ├ J Supraspinatus (SPT) ───┤ │ ┌ 1 Animal ────┐ ├ H Teres Major (TM) ──────┤ ├ 4 Physiology ───────┴ 2 Human ─────┴─ Pg 5 ├ Y Teres Minor (TMI) ─────┤ ├ 1 Motion/Posture ──── Pg x ├ G Triceps (TC) ──────────┤ ├ 5 Motor Control ───── Pg 7 ├ N Elbow/Wrist/Hand ──────┤ ├ 2 Muscle Action ───── Pg x ├ P Pelvis to foot ────────┤ ├ B Pathology ───────── Pg 6 └ Z Trunk/Spine ───────────┘ └ P Physio/Clin./Pain ─ Pg 7 @ PAGE 3 LEVEL 8 ┌ 1 Description ─────┐ ├ 2 Var. Sex ────────┤ LEVEL 9 LEVEL 8 ├ 3 Var. Age ────────┤ ┌ 1 Scapula ┌ 1 Origin Pg 2 ─┼ 4 Var. Race ───────┼───┼ 2 Humerus ├ 2 Insertion BONE ├ 5 Abnormalities ───┤ └ 3 Clavicle ├ 3 Path/Simulation ├ 6 Stress Distrib.──┤ ├ 4 Innervation ├ 7 Shape->Activity──┤ Pg 2 ─┼ 5 Fiber types └ 8 Shape->Other ────┘ MUSCLES ├ 6 Physiol. x-section ├ 7 Origin (irreg.) ┌ 1 Articular surf. ─┐ ├ 8 Insertion (irreg.) ├ 2 Ligaments/discs ─┤ ┌ S S-T Joint ├ 9 Development Pg 2 ─┼ 4 Comparitive anat.┼───┼ G G-H Joint └ A Comparitive JOINT ├ 5 Development ─────┤ └ C Clavicular ├ 6 Nomenc. of dirn. ┤ └ 8 Func. signif. ───┘ @ PAGE 4 LEVEL 8 ┌ 1 Primary Motor Area ───┐ ├ 2 Premotor Area ────────┤ ├ 3 Supplementary M Area ─┤ │ │ LEVEL 9 ├ 6 Primary Somesthetic ──┤ ├ 7 Secondary Somesthetic ┤ ┌ 1 Location ├ 8 Somesthetic Assoc ────┤ ├ 2 Histology │ │ ├ 4 Circulation Pg 2 ─┼ B Basal Ganglia ────────┼─────┼ 5 Input GREY ├ C Corpus Callusom ──────┤ ├ 6 Output WHITE │ │ ├ 7 Ablation Studies ├ E Thalamus ─────────────┤ ├ 8 Stimulation │ │ └ 9 Function ├ G Cerebellum ───────────┤ ├ H CST ──────────────────┤ ├ J Reticulospinal Tr ────┤ └ K Rubospinal Tr ────────┘ @ PAGE 5 LEVEL 9 LEVEL 8 ┌ 1 mm length & force ├ 2 mm tesnsion & facia ┌ M Muscle Physiol ┐ ├ 3 mm compliance/elasticity Pg 2 ──┤ & Neurophysiol ┼────┼ 4 charac. of mm performance ANIMAL │ │ ├ 5 mm fiber types HUMAN └ S Skin ┘ ├ 6 effect of immobilization ├ 8 mm spindles └ R Reflexes/Tone LEVEL 4 ┌ ├ LEVEL 4 ├ ┌ 4 Writing up of experiment Pg 1 ──┼ P Poisson Dist. Pg 1 ──┼ D Design of experiment STATS ├ ORGANIZE └ T Table of contents/thesis ├ ├ └ @ PAGE 6 LEVEL 8 ┌ 1 Thrombosis ├ 2 Embolus ├ 3 Hemm. subarcoid ├ 4 Frequency of mech. ├ 5 Prognosis ├ 6 Ischema/oedema ├ 7 Extent LEVEL 7 ├ 8 Site ┌ 1 Mechanisms/symptoms ┐ ├ Pg 2 ──┼ 2 Recovery cellular ┼──┼ PATHOL ├ 5 Complications ──────┘ ├ │ ├ │ ├ │ ├ │ ├ │ ├ │ ├ │ ├ │ └ │ └ E Epidemiology ────────────┬ 1 USA ───────┬─ Pg 8 └ 2 Australia ─┘ @ PAGE 7 LEVEL 8 LEVEL 7 ┌ 1 Functional Testing ┌ 1 Assessment ────────────┼ 2 Assessmnet │ └ 3 Muscle Testing │ ┌ 1 Electrical Stimulation │ ├ 2 Slings ├ 2 Treatment ─────────────┼ 3 Tx │ ├ 4 AROM Pg 2 ────┤ ├ 5 PROM PHYSIO ├ 3 Goals └ 6 Biofeedback ├ 4 Difficulties ├ 5 Undestanding Normal ├ 7 Orthotics/Prosthetics ├ E Electrotherapy ────────┬ E Equipment Described └ X Exercize Equipment └ A Application LEVEL 7 ┌ 1 Voluntary mvts definitions ├ 2 Voluntary mvts initiation Pg 2 ──┼ 3 Voluntary mvts feedback MOTOR ├ 4 Balistic CONTROL ├ 5 Ramp └ 6 Voluntary mvts programming @ PAGE 8 LEVEL 9 ┌ 1 Incidence Stoke/population ├ 2 Incidence Stoke/age ├ 3 Incidence Stroke/sex ├ 4 Incidence Black/White ├ 6 Mortality/Morbidity ├ 7 Mortality rates - problems ├ 8 Mortality - qualitative statement ├ 9 Prevalence (living post-stroke) ├ A Morbidity (prevalence of disabled ├ B Morbidity/age Pg 6 ─┼ C Morbidity/sex USA ├ D Morbidity prediction AUST ├ E Morbidity/recurrence CVAs ├ F Morbidity rates - problems ├ G Prognosis - general ├ H prognosis - factors assoc. with poor ├ K Incidence of u/e involvement ├ L Incidence of u/e complications ├ M Incidence of poor u/e func. recovery ├ N Recovery shoulder vs hand └ R Risk factors