![]() Head halterpelvic traction is used for the initial traction radiograph to assess the flexibility of the scoliosis/kyphosis and again during the application of the Risser cast. In patients with low height and weight, halo-femoral traction with a heavy traction weight was effective. Halo-femoral and halo-pelvic traction have been used for the treatment of severe scoliosis. Traction for ≥3 weeks was unnecessary for optimal traction. 0.47, P = 0.025), and more halo-femoral traction (0 vs. 39.4 kg, P = 0.017), higher traction/body weight ratio (0.41 vs. Its made of lots of small bones (called vertebrae) that are connected. For kids with scoliosis or kyphosis, halo-gravity traction is a way to stretch the spine slowly into a straighter position. When the spine has reached its best possible position, the child will have spinal fusion surgery to permanently stabilize their spine. Once the halo is secured, a clinician attaches it to a weighted pulley system that adjusts the spine into alignment. Although the spine is sometimes called 'the backbone,' its not just one bone. The procedure involves a metal ring attached to the child’s skull (the halo) with small pins. Sometimes they also rotate (twist), like a corkscrew. 144.4 cm, P = 0.029), lower body weight (49.1 vs. Scoliosis is when the vertebrae (the small bones in the spine) form a curved line instead of being straight. Compared with group A, group B had a lower height (154.9 vs. ![]() The coronal correction of the major curve (change in curve from the start to each week/total change in curve after traction) was 28.2% at 1 week (n = 59), 34.0% at 2 weeks (n = 58), 33.8% at 3 weeks (n = 41), and 32.2% at 4 weeks (n = 13) a difference was noted between the first and second weeks (P < 0.001, <0.001, 0.244, and 0.082, respectively). The mean Cobb angle improved from 96.9° preoperatively to 72.9° post-bending to 63.3° post-traction and 32.5° postoperatively. We retrospectively reviewed 59 patients who underwent preoperative HT, analyzed correction rate changes over time using HT, and assessed other factors by dividing the patients into two groups according to differences between the post-bending correction angle (PBC) and post-halo traction correction angle (PTC): group A (PBC ≒ PTC) and group B (PBC 8°, the maximum measurement error when measuring the Cobb angle. However, a lack of evidence exists in guiding the appropriate traction period and other factors involved in HT. Background: Halo-gravity traction is a commonly used clinical intervention to reduce surgical risk in patients with scoliosis before surgical correction. The aim of this study was to analyze the appropriate traction period and preoperative halo traction (HT)-related factors in severe scoliosis SUMMARY OF BACKGROUND DATA.: HT can reduce risks involved in severe scoliosis treatment, and its safety and efficacy are well known. Conclusions: Preoperative halo-gravity traction for severe scoliosis patients shows significant improvement in the degree of deformity and pulmonary functions. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |