Download Free Medical Scoliosis PowerPoint Presentation

Scoliosis PowerPoint Presentation

DOWNLOAD MEDICAL POWERPOINT PRESENTATION

About This Presentation

Description : Check out this medical PowerPoint presentation titled "Scoliosis".

This medical PowerPoint presentation is about scoliosis, a medical condition characterized by an abnormal curvature of the spine. The spine normally has gentle curves that help it to absorb shock and maintain balance, but in scoliosis, the spine curves sideways, creating a C or S shape.

Scoliosis can occur at any age, but it most commonly develops during adolescence. It is more common in females than in males. Most cases of scoliosis are mild and do not require treatment, but severe cases can cause significant health problems, such as lung or heart damage.

The cause of scoliosis is often unknown, but it can be associated with a variety of factors, including genetics, neuromuscular disorders, and birth defects. Treatment for scoliosis depends on the severity of the curve and the age of the patient. Mild cases may only require monitoring, while more severe cases may require bracing or surgery to correct the curvature.

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

Published on : Jun 23, 2023 | Views : 1213 | Downloads : 0

Shareable Url :

Embed Code :

Comment

Transcript

Slide 1-

Scoliosis
Slide 2-

ppt slide no 2 content not found
Slide 3-

Scoliosis ... is defined as an appreciable lateral deviation in the normally straight vertical line of the spine. -Panjabi & White
Slide 4-

Scoliosis The term “Scoliosis” is usually credited to Hippocrates…He was the first to describe the disorder. It’s derivation is from the Greek word “Skolios”…which means twisted or crooked curvature
Slide 5-

1st…Scoliosis Galen was the first to use the term (131-201) A.D. Hippocrates is credited with the first description of this disorder. Guerin was the first to do Surgery for Scoliosis in 1839
Slide 6-

1st…Scoliosis Wilhelm Konrad Roentgen was the first to x-ray in 1895. Hibbs performed the first spinal fusion for Scoliosis in 1914. (Early 1900’s, T.B. was widespread…spinal fusion was developed and used to control spinal involvement).
Slide 7-

Scoliosis Classification Non-structural Structural
Slide 8-

Scoliosis Classification In an attempt to classify cases of scoliosis according to cause, it becomes apparent that there is an overlap between structural and non- structural causes. A non-structural curve is described as a non-progressive scoliosis, possessing symmetrical side bending movements on clinical and radiographic examination. The curve is generally mild and is found in the lumbar and thoracolumbar regions. The major cause of these curves is the short leg, and is quite commonly found in practice.
Slide 9-

Scoliosis Classification The Structural scoliosis deformity is characterized as being more likely to progress, having a fixed vertebral body rotation, and a prominence viewed in the thoracic or lumbar region. This prominence, referred to as a rib hump or lumbar prominence, persists through side bending, forward flexing, and radiographic examinations.
Slide 10-

Non-structural Scoliosis(non-progressive) Postural Mild…found in Lumbar and thoracolumbar regions. LLI…Major cause found in practice. Sciatic Inflammatory
Slide 11-

Important!!! The importance of Non-structural Scoliosis lies in its ability to evolve into a structural deformity. Once the curve takes on structural manifestation, it is more likely to progress and have a poorer prognostic outlook for the patient. Prime example of this altered growth pattern is explained by the Heuter-Volkman Law: Suggests that altered end plates with pressure via the scoliosis, may retard normal vertebral body development resulting in body wedging.
Slide 12-

Structural Scoliosis Idiopathic (85-90%)…Skeletally immature patients (boys <18 & girls < 16), the most common type of scoliosis is caused by unknown factors. Infantile: 0 - 3 years; Juvenile: 3 - 10 years; Adolescent: 10 to S.M. (B = 18 & G = 16) Congenital Neuromuscular Neurofibromatosis…a familial condition characterized by developmental changes in the nervous system, muscles, bones, and skin, and marked by the formation of neurofibromas over the entire body associated with areas of pigmentation.
Slide 13-

Structural Scoliosis Traumatic Metabolic Family Hx: Determine genetic link and seek out siblings due to increased risk. Ruth Wynne - Davies reports siblings of scoliotic patients have a 40% greater chance/risk of developing spinal deformities as compared to the general population.
Slide 14-

Structural Scoliosis As the magnitude of the curvature increases, the lateral deformity increases as well…and so does the accompanying rotation. The Rotation of the vertebral column promotes prominence of the rib heads and TVP’s. These findings are fundamental for early detection.
Slide 15-

Complications of Scoliosis Cardiopulmonary disease Degenerative arthritis Curve progression Pain Radiation – induced abnormalities Psychological
Slide 16-

How do we find it? School screenings…ABC’s (40 % of the curves detected on school screenings may be attributed to leg length inequality during adolescence). Rib Hump: ( >0.8 cm in T region) Lumbar Prominence: (> 0.5 cm in L region) Scoliometer (> 5° ATR) Radiographic assessments
Slide 17-

School Screenings Torell et.al demonstrated success in performing school screening and effectively reducing the number of children who progress to a protocol indicating surgical stabilization. They targeted early detection and treatment of idiopathic scoliosis. 3 fold increase in number of patients treated for Scoliosis, the number requiring surgery declined!
Slide 18-

School Screenings 3 methods: ABC’s of school screenings! A) Have the patient to flex forward while standing and to observe the horizon created by the thoracic and lumbar region…however, this method is extremely subjective and offers no quantitative findings.
Slide 19-

School Screenings B) Utilize the same forward flexion; however, this time, the rib hump and lumbar prominence are measured with a ruler. A measurement of 5 to 8 mm is significant (5mm in lumbar region & 8 mm in the thoracic region). Spine 7 (6) : 556, 1982 Illustration on page 311: Low back pain by Cox. In addition to the rib hump and lumbar prominence, consider the height of the shoulder, the scapula, the iliac crest and the axillary gaps. The purpose of measuring for an increase in the Rib/Lumbar regions is to reduce the large number of insignificant and false positive curves.
Slide 20-

School Screenings C) Use a Scoliometer…developed by William Bunnel. The Scoliometer is placed on the dorsal region of the forward bending patient in the T and L regions…at the apices of the curves. Minimal angle of trunk (ATR) is 5°. At 5° of ATR, you should refer the student for possible radiographic assessment. However, to avoid further radiation, use the Scoliometer to monitor progression. Lower than 5°…Observe and re-evaluate in 6 months (continue with Chiropractic care)
Slide 21-

Radiographic assessment
Slide 22-

Radiographic assessment Valuable Dx tool To help assist in etiology and Dx; curve magnitude; skeletal age; wedging; Rotation. P - A view is better…for reduction of radiation to visceral organs and breast tissue. Use rare earth screens to help minimize radiation in adolescent patient’s
Slide 23-

A left view of the wrist is obtained to determine skeletal age. (Left wrist view comparison with standard atlas of Greulich and Pyle) Most Accurate Skeletal age is more important than Chronological age: May vary months or years…very important for prognosis
Slide 24-

Risser Sign Use the A - P or P - A view to evaluate the Risser sign. A secondary ring apophysis (growth plate) develops over the top of each iliac crest. The apophysis will appear at the most lateral aspect of the crest near the A.S.I.S. and migrate medially toward the sacral ala. As the apophysis migrates, it is graded from 1 to 4 for females, and 1 to 5 for males.
Slide 25-

Risser Sign It can be used as a prognostic indicator. A child with a low grade Risser sign (I.e., 1) and a scoliotic deformity of significant magnitude has a poorer prognosis than one who has a high grade Risser sign (I.e., 4) and equal curve magnitude. Low grade Risser…More growth potential and associated curve progression. High grade Risser…Less growth potential and less likely to demonstrate curve progression
Slide 26-

Risser sign…4 for females, 5 for males.