1However, there are scant data on using cervical arthroplasty for traumatic disc herniation.
2Forty two patients in whom disc herniation was diagnosed underwent surgery.
3The diagnosis in all patients was either lumbar disc herniation or spinal canal stenosis.
4Method: A non-compressive disc herniation model was established in rats.
5Objective: To study the effects of osthole on sciatica induced by lumber disc herniation and its mechanisms.
6Early postoperative MRI has limited value in the evaluation of patients after surgery for lumbar disc herniation.
7It is concluded that CT should be the primary examination method of imaging for lumbar disc herniation.
8Aim: Failure of surgery for lumbar disc herniation (LDH) can be commonly caused by recurrence.
9Therefore, this study aimed to investigate the outcomes of patients who underwent cervical arthroplasty for traumatic disc herniation.
10Background: Non-compressive disc herniation is induced by an inflammatory response from the nucleus pulposus tissue and nerve roots.
11Facet tropism was associated with lumbar disc herniation at the L4-5 and L5-S1 levels.
12Here, we investigated the molecular mechanisms underlying the effects of exogenous lipoxin administration on rats with non-compressive disc herniation.
13Osthole may be of great benefit for preventing chronic pain status often seen in lumbar disc herniation (LDH).
14Objective: We aim to summarize the 10-year clinical outcomes of SPORT and its numerous follow-up studies for intervertebral disc herniation.
15MINI: We summarized the 10-year outcomes of Spine Patient Outcomes Research Trial for intervertebral disc herniation through a systematic review.
16Methods: Athletes in the NHL with a lumbar disc herniation were identified through team injury reports and archives on public record.
Translations for disc herniation