Splinting and Use of Crutches

Slides:



Advertisements
Similar presentations
Copyright © 2009 Elsevier Canada, a division of Reed Elsevier Canada, Ltd. Chapter 24 Exercise and Activity.
Advertisements

Emergency Splinting & Bandaging and Taping Techniques
Patient Movement Understand Diagnostic and Therapeutic Services Patient Movement Ambulation Choose an ambulation aid –based on patient age –type.
Health Skills II Unit 204 Ambulation and Assistive Devices.
Splinting.
Back Safety  Your back is at work 24 hours a day.  It takes part in almost every move you make.  Because of its workload, your back is prone to injury.
Back Safety  Your back is at work 24 hours a day.  It takes part in almost every move you make.  Because of its workload, your back is prone to injury.
Moving and Positioning the Patient
Unit 8: Taping and Bandaging
Lifting and Moving Patients
Using assistive gait devices in rehabilitation.  Reasons for using an assistive gait device are:  Poor balance,  Inability to bear weight on a lower.
Assisting with Ambulation Teresa V. Hurley, MSN, RN.
Drill of the Month Developed by Gloria Bizjak Trauma Basics: Managing Upper Extremity Fractures.
CRUTCH WALKING دکترامیر هوشنگ واحدی متخصص طب فیزیکی و توانبخشی.
Assisting With Moving and Positioning Clients in Bed
EMERGENCY CARE UNIT 6 COMPLETION. R.I.C.E. REST ICE COMPRESSION ELEVATION.
Unit 6: Extrication.
Body Mechanics and Range of Motion
Chapter 16 Splinting Extremities. Splinting Reduces pain Prevents further damage to muscles, nerves, and blood vessels Prevents closed fracture from becoming.
Injury Classification What’s wrong? What’s wrong?.
Mazyad Alotaibi Gait Training - II. Goals of Gait Training Increase area of support, maintain center of gravity over support area Redistribute weight-bearing.
Care, Prevention and Rehabilitation of Sports Injuries Common Athletic Injuries.

Ambulation & Transferring Waleed Al-Shehri,BCs.PT King Saud university College of applied Medical Science Rehabilitation Science Department Physical Therapy.
3.01 Positioning the Patient is a Diagnostic Service
Chapter 8 Specific Bone and Joint Injuries. Lesson Objectives (1 of 3) Identify major bones of the skeletal system. Assess and manage upper extremity.
Restorative/Rehabilitative Care ADL & MOBILITY NEEDS 4.02Nursing Fundamentals Adaptive Devices For Assisting With Activities of Daily Living (ADL)
First Aid for Colleges and Universities 10 Edition Chapter 12 © 2012 Pearson Education, Inc. Common Sport and Recreational Injuries Slide Presentation.
Assessment and Care of Bone and Joint Injuries
First Aid. Splints for Injuries What is it? –Strip of rigid material –Used to support or immobilize a broken bone.
Skill: Splinting a Forearm.
All you wanted to know about ambulation and how to make a video!
Annual Compulsory Education
By Molly Williams Student Physical Therapist.  Non-weight bearing (NWB): the involved lower extremity is not to be weight bearing and is usually not.
Safety on Call STRETCHING. Safety on Call 1.Poor posture 2.Poor physical condition 3.Improper body mechanics 4.Incorrect lifting 5.Extra abdominal weight.
Rest Ice Compression Elevation Support
Emergency and Non-Emergency Moves. One of the most dangerous threats to a seriously injured person is unnecessary movement One of the most dangerous threats.
Patient Mobility - Ambulation
Chapter 12.  The extremities consist of—  Bones.  Soft tissue.  Blood vessels.  Nerves.
Massage is a form of passive exercise. Increases circulation Relieves tension and pain Understand Diagnostic and Therapeutic Services.
Injuries to Muscles, Bones, & Joints Injuries to muscles, bones, and joints often occur as a result of accidents, such as falls, vehicle crashes, or forced.
Sports Medicine: Physical Fitness. 1. Review guidelines for muscular endurance exercises 2. Design a circuit training program to develop muscular endurance.
First Aid Soft Tissue Injuries Injuries to Extremities.
Ambulation Assistive Devices
Ambulation & Assistive Devices
TECHNIQUE OF EXERCISE There’s a reason why every exercise you perform comes with instructions… By using the correct techniques, you will: Get the most.
Drill of the Month Developed by Gloria Bizjak
Gait Training For the Non-Physical Therapist
Crutches, Splinting, and Slings
THE BASICS OF ORTHOPEDIC SPLINTING
Gait Belt, Cane, Crutches, Walker
Patient Movement PP7.
Patient Movement.
Assistive gait devices in rehabilitation
Ambulation & Assistive Devices
Patient Movement.
Crutches and walkers in orthopedic patient.
Patient Movement.
Patient Movement.
Moving a Victim.
Patient Movement.
Injury Care Techniques
Patient Movement.
Patient Movement.
Assessment and Care of Bone and Joint Injuries
Patient Movement.
Carter Physical Therapy
Injury Care Techniques
Chapter 26: Ambulatory Aids.
Presentation transcript:

Splinting and Use of Crutches

Emergency Emotional Care Emergency care relative to emotional reactions to trauma must be provided Accept rights to personal feelings Show empathy, not pity Accept injured person’s limitations as real Accept own limitations as provider of first aid Be calm

Emergency Splinting Should always splint a suspected fracture before moving Use proper immobilization to decrease risk of Damage Hemorrhage Potential for death (if handled improperly) Splint where athlete lies and avoid moving them Splint one joint above and one below fracture

Rapid form immobilizer Styrofoam chips sealed in airtight sleeve Moldable with Velcro straps to secure Air can be removed to make splint rigid Air splint Clear plastic splint inflated with air around affected part Can be used for splinting but requires practice Do not use if it will alter fracture deformity Provides moderate pressure and can be x-rayed through Half-ring splint Used for femoral fractures Requires extensive practice Open fractures must be dressed appropriately to avoid contamination

Lower Limb Splinting Upper Limb Splinting Foot and ankle require splinting of foot and knee Knee, thigh, or hip require splinting of whole leg and one side of trunk Upper Limb Splinting Shoulder splinting is difficult Use sling and swathe with upper limb bound to body Upper arm and elbow Splint with arm straight to lessen bone override Lower arm and wrist splint in position of forearm flexion and support with sling Hand and finger splint with tongue depressors, roller gauze and/or aluminum splints

Moving and Transporting Injured Athletes Must be executed with techniques that will not result in additional injury No excuse for poor handling Planning is necessary and practice is essential Additional equipment may be required

Proper Fit and Use of Crutches or Canes When lower extremity ambulation is contraindicated Faulty mechanics or improper fitting can result in additional injury or falls Fitting athlete Athlete should stand with good posture, in flat soled shoes Crutches should be placed 6” from outer margin of shoe 2” in front of shoe Crutch base should fall 1” below anterior fold of axilla (2 - 3 fingers) Hand brace should be positioned to place elbow at 30 degrees of flexion Cane measurement should be taken from height of greater trochanter

Walking with Cane or Crutch Corresponds to walking Tripod method Swing through without injured limb making contact with ground Four- point crutch gait Foot and crutch on same side move forward simultaneously with weight bearing

Crutch walking follows a progression Cane Tripod technique Used on level surface Modified with stair climbing Unaffected support leg moves up one step (good goes up first) Body weight is supported on crutch Affected leg is pulled up to step Reversed when descending stairs Unaffected or good leg is used to lower Affected leg and crutch (bad goes first) Crutch walking follows a progression Non-weight bearing (NWB) Touch down weight bearing(TDWB) Partial (PWB) Full weight bearing (FWB) When using cane or one crutch, support should be held on affected side