• 14k views

Systematic Interpretation of Spinal X Rays

Interpreting spinal X-rays involves a systematic approach to assessing the bony structures of the spine and their alignment. Key aspects include: Analyzing the vertebral bodies' alignment along the central axis, looking for any shifts, tilts, or rotations that could indicate spinal deformities or injuries. Evaluating the spaces between vertebral bodies for uniformity, narrowing, or widening, which could indicate disc degeneration, herniation, or infection. Observing the intervertebral discs for signs of height loss, which might suggest degenerative disc disease or trauma. Identifying any irregularities in vertebral body shape, such as wedging, which might indicate fractures or deformities like Scheuermann's disease. Assessing the alignment and spacing of these structures for fractures, dislocations, or signs of spinal stenosis. Ensuring their symmetry and alignment while looking for signs of fractures, tumors, or developmental anomalies.

About the Speaker
Dr. Rakesh Attaluri

Consultant Emergency Medicine, Star Hospitals

Watch Next

Author Post

authorimage

Impact

+

Talks

+

webinar

+

no.of registrations

One liner about speaker

Why is speaker relevant?

Dr. Rakesh Attaluri's Talks on Assimilate

webinar
Dr. Rakesh Attaluri
  • 7th-September-2023, TIME : 6:30PM - 7:30PM
  • 0

Interpreting spinal X-rays involves a systematic approach to assessing the bony structures of the spine and their alignment. Key aspects include: Analyzing the vertebral bodies' alignment along the central axis, looking for any shifts, tilts, or rotations that could indicate spinal deformities or injuries. Evaluating the spaces between vertebral bodies for uniformity, narrowing, or widening, which could indicate disc degeneration, herniation, or infection. Observing the intervertebral discs for signs of height loss, which might suggest degenerative disc disease or trauma. Identifying any irregularities in vertebral body shape, such as wedging, which might indicate fractures or deformities like Scheuermann's disease. Assessing the alignment and spacing of these structures for fractures, dislocations, or signs of spinal stenosis. Ensuring their symmetry and alignment while looking for signs of fractures, tumors, or developmental anomalies.