Spinal Traction Overview Chapter 17. Purpose Force that separates the vertebrae, opening the intervertebral space Effects:  Decreased pressure on intervertebral.

Slides:



Advertisements
Similar presentations
Spine Outline Sports Med.
Advertisements

Cervical Nerve Root Impingement By: Michael Cox
Chapter 11 Quiz Questions.
Degenerative Disease Dr. Sharifa AL-Duraibi.
Kinesiology The Spine.
Anatomy and Mobility of the Spine
Biomechanics of Human Spine
Spine Outline Sports Med 2.
Cervical Traction Chapter 17 © 2005.
Salman Farooqi Lecturer IPM&R, KMU
= Arthritis of the neck  Degenerative condition  Affects the vertebral bodies, the intervertebral discs,the facet joints and eventually the contents.
Therapeutic Modalities in Physical Therapy
Spinal Traction Jennifer Doherty-Restrepo, ATC, LAT
Lumbar Traction Chapter 17. Lumbar Traction Comparison: Cervical and Lumbar Traction  Similar Separating the vertebrae  Difference: Friction, muscle,
Traction Cervical & Lumbar.
Chapter 10 Injuries to the Thoracic Through Coccygeal Spine.
Continuous Passive Motion (CPM)
MUSCLE PERFORMANCE EXERCISES. Muscle Performance Muscle Performance refers to the capacity of the muscle to do work. The key elements of muscle performance.
Chapter 9 The spine: Objectives
Chapter 9 The spine: Objectives
THE TRUNK and SPINAL COLUMN
Canal stenosis. The canal and foramen are formed (Figure 1) by bony structures (vertebral body, facets, pedicles) as well as soft tissue structures (ligamentum.
Degenerative Disease of the Spine
Lumbar Spine Orthopedic Tests.
1 LUMBAR SPINE SACRUM COCCYX SI JOINTS SCOLIOSIS RT WEEK 7.
Spinal Conditions Chapter 9.
Chapter 11 Spinal Injuries.
1 Traction. 2 Effects of Spinal Distraction Joint Distraction – Separation of two articular surfaces – Can treat facet joint & spinal nerve root symptoms.
Thoracic and Lumbar Spine Anatomy
Mechanical Spinal Traction Veronica Southard PT MS GCS.
Day 5 Boney Landmarks and Structure of the Vertebral Column
24/07/1438 Spinal Traction Cervical & Lumbar.
ATC 222 The Spine Chapter 25 Natasha Tibbetts, ATC.
Ernest F. Talarico, Jr., Ph.D., M.S., B.S., C.L.A. Assistant Director of Medical Education Assistant Professor of Anatomy & Cell Biology Course Director,
Chapter 9 The spine: Objectives Explain how anatomical structure affects movement capabilities of the spine Identify factors influencing relative mobility.
PHED 386 Biomechanics of the Spine. Today’s objectives… Analyze structure vs. function of the spine Identify factors influencing mobility & stability.
The Vertebral Column In General Day 1 Notes. The Vertebral Column in General The vertebral column is a flexible, strong, central axis of vertebrates.
TRACTION.
Traction ESAT 3640 Therapeutic Modalities. Traction Process of drawing or pulling apart of a body segment Mostly used on spine, but can be used on other.
Spinal Degeneration Pain & Chiropractic Jeffrey Swift D.C., D.A.B.C.N.
Chapter 15 The Spine Impairments, Diagnosis, and Management Guidelines.
Disk Embryology, Histology and Pathology PTP 521 Musculoskeletal Diseases and Disorders.
© 2005 Lumbar Traction Chapter 17. © 2005 Lumbar Traction Cervical vs. Lumbar –Similar: separating the vertebrae –Difference: Friction, muscle, soft tissue.
The Biomechanics of the Human Spine
The spine has three main curves the cervical (forwards) the thoracic (backwards) and the lumbar (forwards) allowing limited movement from front to back.
Flexion /Distraction AT5422 Introduction to Flexion / Distraction.
Copyright © F.A. Davis Company Part IV: Exercise Interventions by Body Region Chapter 15 The Spine: Management Guidelines.
Vertebral End Plate Fracture. Normal Anatomy End Plate – Thin layer of hyaline cartilage between bone and intervertebral disc – Prevents highly hydrated.
5. How does one treat a degenerative spine disease
Cervical Stenosis and Myelopathy
Cervical Spondylosis (Degenerative Disc Disease).
Chapter 9 The Spine.
Thoracolumbar Spine Dr. Zeenat Zaidi & Dr. Saeed Vohra Dr. Zeenat Zaidi & Dr. Saeed Vohra Dr. Zeenat & Dr. Vohra 1.
Biomechanics of Human Spine
 Be familiar with the anatomy and function of the intervertebral segment.  Be able to explain the pathology to the patient.  Be familiar with the clinical.
Massage and Traction.  Mechanical response  Encourage venous and lymphatic drainage  Mildly stretch superficial and scar tissues  Avoid stagnation.
The Spine: Structure, Function, and Posture
LUMBAR SPINE.
SPINAL INJURIES Chapter 11.
Athletic Injuries ATC 222 The Spine Chapter 23 Anatomy Vertebral Column –7 cervical vertebra –12 thoracic vertebra –5 lumbar vertebra –5 sacral vertebra.
Jeopardy Spine Anatomy Spine Muscles Chronic Injuries Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy Spine Structure.
The Anatomy of the Spine
Chapter 9: The Biomechanics of the Human Spine
Chapter 9 The spine: Objectives
SPINAL TRACTION Traction can draw or pull on an object.
Anatomy and Physiology of the Facet Joints
LUMBAR SPINE.
Thoracic and Lumbar Spine Special Tests and Pathologies
BIOMECHANICS OF THORACIC SPINE
Spine Anatomy & Spinal Injuries
Presentation transcript:

Spinal Traction Overview Chapter 17

Purpose Force that separates the vertebrae, opening the intervertebral space Effects:  Decreased pressure on intervertebral disks  Decreased pressure spinal nerve rots  Opens facet joints  Elongates tissue Body areas:  Cervical  Lumbar/pelvis

Types of Traction Sustained  Continuous, small force for an extended period (appx. 45 min) Intermittent  Alternately applied and withdrawn traction Manual  Administered by the clinician Positional  Body positioning to elongate the involved tissue

General Principles Angle of pull  Neutral: Transverse plane  Flexion/Extension: Frontal plane  Unilateral: Sagittal plane  Multiaxial: Two or more planes Anatomical differences  Cervical inferior facet joints angle anteriorly Flexion opens facet joints  Lumbar facets angled posteriorly Extension opens facet joints

General Principles Tension  No clear formula  The traction must overcome the resistance exerted by the soft tissue  Use the least amount of tension needed to relieve symptoms  Duration is inversely related to tension

Physiological Effects Encourages movement of spine between each vertebra Improves circulation Increases metabolism Enhances nutrition ROM increases dependent on:  Patient position  Amount of force applied  Type of traction  Treatment time

Indications Disk protrusions Degenerative disk disease Nerve root compression Facet joint pathology Muscle spasm

Contraindications Acute injury Unstable spinal segments Cancer, meningitis, or other spinal cord/ vertebrae disease Vertebral fracture Extruded disk fragments

Intervertebral Disks and Disk Lesions Anatomy  Annulus fibrosus  Nucleus pulposus Dehydration  Decrease range of motion narrowing intervertebral foramen  Weakens annulus fibrosis  Day vs. night  Age

Disk protrusion Body weight and muscle tone compress the disk and force the nucleus pulposus posteriorly Traction  Decreases the pressure  Increases disk hydration Imbibe  Traction applied for too long can absorb too much fluid

Anatomy:  Intervertebral foramen:  Opening for 31 pairs of spinal nerve roots Disk degeneration  Narrowing of intervertebral space Osteophytes  Decrease opening  Inflammation of nerve sheath’s Intervertebral Foramen Stenosis

Facet Joint Pathology Healthy facets transmit approximately 20% of the body weight Inflamed facets transmit approximately 47% of body weight (lumbar spine) Traction can open the facet joints

Muscle Spasm Long, slow stretching can reduce tonic muscle contraction by elongating the involved fibers Intermittent traction promotes relaxation during the OFF phase Increased diameter of the intervertebral foramen decreases muscle spasm  Reduced pressure on spinal nerve roots

Maintenance Cleaning  Follow manufacturer’s instructions for unit and harness  Avoid liquids from entering unit Check cords and traction cable Recalibrate unit Unit must be inspected and serveced by a technician annually