Download Free Medical Approach To A Case of Scoliosis PowerPoint Presentation

Approach To A Case of Scoliosis PowerPoint Presentation

DOWNLOAD MEDICAL POWERPOINT PRESENTATION

About This Presentation

Description : Check out this medical PowerPoint presentation titled "Approach to a case of Scoliosis”.

This medical PowerPoint presentation is about scoliosis, a condition that causes a sideways curvature of the spine, and it can affect people of all ages. This presentation is about approaches to managing this condition.

Tags : Scoliosis, sideways curvature of the spine, Orthopaedic Surgery, Orthopaedic Surgery PowerPoint presentation

Published on : Jun 20, 2023 | Views : 1835 | Downloads : 4

Shareable Url :

Embed Code :

Comment

Transcript

Slide 1-

Approach to a case of Scoliosis
Slide 2-

Scoliosis Abnormal lateral curvature of spine in which there is deformity in the coronal plane. May alter sagittal plane as well Thoracic kyphosis normally = 30-35 degrees Range 10-50 degrees Lumbar lordosis normally = 50-60 degrees Range 35-80 degrees Spinal rotation causes posterior prominence
Slide 3-

Upto 10 degrees is normal. Can be seen as C- curve or S-curve. S- curve is usually compensatory.
Slide 4-

Demographics : Occurs in 2-3% of population below the age of 16 years. 0.1% have a curve greater than 40 degrees. Girls are more affected than boys. Those with a curve of more than 30 degrees are generally girls, outnumbering boys by 10:1. Generally progresses during the period of ‘growth spurts’. Adolescents are more routinely tested for this.
Slide 5-

Anatomy All bony elements are altered Vertebra are wedge shaped Rib vertebral angle altered Pedicles rotated Discs are wedged as well
Slide 6-

Types of Scoliosis Congenital Neuromuscular Cerebral palsy Syndrome related Marfan’s syndrome Idiopathic 80% are this
Slide 7-

Etiological Theories Genetic Tissue deficiencies Growth abnormalities Central nervous system alteration
Slide 8-

Genetic 11% incidence in first relatives of patients Normal incidence < 3% Monozygote twins more common No gene identified to date
Slide 9-

Tissue Deficiencies Marfan’s syndrome deficient fibrillin Osteopenia noted in girls Elevated calmodulin Involved in contractile properties thru actin & myosin Elevated in platelets No consistent findings to date
Slide 10-

Growth Abnormality Asymmetrical vertebral growth Hueter-Volkman effect is suppression of growth on concave side Hypokyphosis during growth spurt No increased incidence with growth hormone No initiating factor identified
Slide 11-

Central Nervous System Different size cerebral cortices Altered equilibrium Primary or secondary Deficient melatonin Chicken model Inconclusive in humans
Slide 12-

Terminology Named by apex Cervical if between C2-C6 Cervicothoracic if between C7-T1 Thoracic if between T2-T11 Thoracolumbar if between T12-L1 Lumbar if between L2 and below Primary vs secondary Structural vs non-structural
Slide 13-

Classification Infantile: 0-3 years old (.5%) Juvenile: 4-11 years old (10.5%) Adolescent: 10-17 years old (89%) Adult: >18 years old
Slide 14-

History Family history Affected sibling 7 times more frequent Affected parent 3 times more frequent Recent growth history Sexual maturity Pain ‘Fatigue pain’ Post diagnostic pain ‘Severe pain’
Slide 15-

Physical Exam Iliac crest height Leg length discrepancy Shoulder height Arm trunk space Scapular position Trunk shift Inspection of skin Café au lait spots
Slide 16-

Physical Examination: Features suggestive of polio, neurofibromatosis, Von Reclinghausen syndrome, Down’s, Marfan’s, Hurler’s syndrome, neural tube defects and osteogenesis imperfecta. Forward protrusion of chest wall on affected side. Increased flank creases on opposite side. Higher ASIS and PSIS on concave side. Spinous process turned into concave side.
Slide 17-

Tests of flexibility of spine: Adam’s forward bending test. Pushing the curve from convex side and noting the correction. Lifting the patient up from head. Lateral bending.
Slide 18-

ppt slide no 18 content not found
Slide 19-

Forward Bend TestAdam’s sign
Slide 20-

Neurologic Exam Observe gait Hop test Heel and toe walk Reflexes
Slide 21-

Early Detection: Visual examination of gait, posture, limb length and lateral curvature of spine. A posterior view taken, bent at 90 degrees at hips. Can also be detected accidently when radiographs are taken to rule out other pathologies.
Slide 22-

Once scoliosis is suspected: A scoliosis series is ordered. AP cervical, thoracic and lumbar spine Xrays collimated to soft tissues needed. Sometimes lateral views may also be necessary.
Slide 23-

Imaging Plain x-rays Need standing 36 inch cassette Posterior to anterior Decrease thyroid and breast exposure 3-7 fold Note rotation Measure deformity by Cobb method Skeletal maturity
Slide 24-

Cobb Method Choose the most tilted vertebrae above and below the apex of the curve. Draw a line perpendicular to that vertebrae. The angle created between these intersecting lines is the Cobb angle.
Slide 25-

Rotation Spinous process rotates into concavity Pedicle position
Slide 26-

Skeletal Maturity Triradiate cartilage fusion Risser sign
Slide 27-

MRI Neurologic deficit Infantile and juvenile curves Spinal cord abnormality in younger children Infantile idiopathic scoliosis 50% Juvenile 20%
Slide 28-

Who needs an MRI: A thoracic curve to the left. Painful scoliosis. Abnormal neurological findings. Untoward stiffness. Deviation to one side during the bend test. Sudden rapid progression of a previously stable curve.
Slide 29-

Will the curve progress? Three factors involved in progression patient’s gender future growth potential curve magnitude at time of diagnosis Females are 10 times more likely to have progression than males. The greater the growth potential and larger the curve = more likely to progress
Slide 30-

Curve Progression Curves 30 to 50 degrees progress an average of 10 to 15 degrees over a lifetime. Curves > 50 at maturity progress steadily at a rate of 1 degree per year. Curves less than 30 at bone maturity are unlikely to progress.
Slide 31-

Medical complications: At 100 degrees or greater: increased potential for life threatening effects on pulmonary function. Psychologic illness: seen in up to 19% of females with curves great than 40 degrees as adults.
Slide 32-

Treatment principles: Orthotic braces - 74% success rate at halting progression Must be worn 20 hours a day, but most pts are not compliant. Braces do not correct scoliosis. Surgical therapy is definitive, but indicated only for those at 40 degrees or above
Slide 33-

Infantile Treatment Must prove idiopathic 90% are left thoracic 3 female : 2 male 90% resolve spontaneously Predict progression by RVAD < 20 degrees 83% resolve >20 degrees 84% progress
Slide 34-

Juvenile Treatment Younger onset likely to progress >30 degree curve almost always progress Some adolescent curves are missed juvenile
Slide 35-

Adolescent Treatment Most curves <10 degrees Boys = girls for these curves Usually don’t progress More sever curves (>30 degrees) 8 girls : 1 boy Predicting who will progress
Slide 36-

Risk for Progression Younger onset Skeletal age Risser 0-1 at presentation 60-70% progress Risser 3 only 10% risk Menses starts after growth spurt Female more likely than male Curve pattern Apex above T12 Degree at presentation 20-29 degrees 68% risk for progression 30-59 degrees 90% risk for progression
Slide 37-

Natural History If curve <30 degrees at maturity No adult consequences Unlikely to ever progress Curves >45 degrees may progress a degree/year Mortality not increased unless curve >90 degree Right heart failure Decreased pulmonary function
Slide 38-

Treatment : 10 degrees curve or less This curve is considered normal. No action is taken. Follow up appointments are prescribed to monitor the patient. Usually done every 3-6 months, but at the physician discretion.
Slide 39-

Treatment:10 to 25 degree curve Sometimes no treatment needed, if no progression. Begins with simple orthotics(very effective) daytime/nighttime braces. Shoe lifts for leg length discrepancies. Stretches, exercises.
Slide 40-

Shoe Lifts: Used for leg length discrepancies. Worn in regular shoes. Places opposing pressure on scoliosis curvatures. Must be worn during every scoliosis radiograph.
Slide 41-

Treatment: 25 to 35 degree curve Day and night brace worn 20+ hours/day. Shoe lifts may also be needed. Stretches and exercises to loosen muscles and to relieve pain if present.
Slide 42-

Treatment: 45 degree + curve Almost always treated with surgery. Vertebrae are fused using- Bone grafts. Hardware(metal splints) Still require braces to be worn in post op period. Causes growth to stop. Can cause nerve damage, infection and other problems.
Slide 43-

Left untreated: If progressing, can worsen upto 70 degrees + curve. Places pressure on vital organs. Can cause cardio-respiratory problems. Can eventually become untreatable.
Slide 44-

Non-Operative Treatment <25 degrees monitor every 4-12 months Depends on skeletal maturity >25 degrees monitor every 3-6 months >30 degrees in skeletally immature brace Curve change by 10 degrees brace Curve >40-45 degrees surgery
Slide 45-

Braces : Made of polypropylene. Contoured to size and shape of body. Curved to oppose specific points of scoliosis curvature. Flexible and comfortable. Worn under clothing. Nighttime/daytime use. Must be worn faithfully.
Slide 46-

Bracing Duration and time in brace 23 hours per day Wear until skeletally mature Types Milwaukee Underarm orthosis Electrical stimulation
Slide 47-

Braces
Slide 48-

Successful Bracing Prevent curve progression Randomized study Braced 74% did not progress Not braced 34% did not progress Electrical stimulation 33% did not progress Charleston brace still controversial
Slide 49-

Problems with Braces Argued efficacy Narrow treatment window to initiate Poor compliance Must have good orthotist Curves corrected by 20 degrees in brace do better
Slide 50-

Treatment Algorithm
Slide 51-

Surgery Failed bracing Curves >45 degrees Unbalanced curves >40 degrees Surgery is fusion with instrumentation
Slide 52-

Surgical Options: Infantile and juvenile scoliosis: <8 yrs- instrumentation without fusion. After 8 years- anterior and posterior spinal fusion. After 11 years- posterior spinal fusion.
Slide 53-

Surgical Options: Adolescent scoliosis: Posterior spinal fusion with instrumentation. Anterior spinal fusion if younger than 11 years and with open triradiate cartilage.
Slide 54-

THANK YOU…