UNASSIGNED: There is ongoing controversy regarding the most appropriate surgical treatment for @entity2649 ( @entity2649 ) with concurrent @entity179 ( @entity179 ): decompression alone, decompression with limited spinal fusion, or long spinal fusion for @entity85 correction. The coexistence of @entity179 and @entity85 is a common scenario; Nonetheless, selecting the appropriate surgical intervention requires thorough understanding of the @entity1 clinical symptomatology as well as radiographic parameters. Minimally invasive (MIS) decompression surgery was performed for @entity2649 @entity1 with @entity179 . The aims of this study were (1) to investigate the clinical outcomes of MIS decompression surgery in @entity2649 @entity1 with @entity179 , and (2) to identify the predictive factors for both radiographic and clinical outcomes after MIS surgery. 438 consecutive @entity1 were enrolled in this study. Inclusion criteria was evidence of @entity2649 and @entity179 with coronal curvature measuring greater than 10  . The Japanese Orthopaedic Association (JOA) score, JOA recovery rate, @entity1643 ( @entity1643 ), and radiographic features were evaluated preoperatively and at over 2 years postoperatively. Of the 438 @entity1 , 122 were included in final analysis, with a mean follow-up of 2.4 years. The JOA recovery rate was 47.6%. @entity1643 was significantly improved at final follow-up. Cobb angle was maintained for 2 years postoperatively (p  =  0.159). Clinical outcomes in @entity850 @entity1 were significantly related to sex, preoperative high Cobb angle and progression of @entity1635 (p  =  0.008). In the severe @entity1635 @entity1 , the JOA recovery was 44%, and was significantly depended on progression of @entity1635 (Cobb angle: preoperation 29.6  , 2-years follow-up 36.9  ) and mismatch between the pelvic incidence (PI) and the @entity1515 ( @entity1515 ) (preoperative PI- @entity1515 35.5      21.2  ) (p  =  0.028). This study investigated clinical outcomes of MIS decompression surgery in @entity2649 @entity1 with @entity179 . The predictive risk factors of clinical outcomes were severe @entity1635 , foramina @entity850 , progressive @entity1635 and large mismatch of PI- @entity1515 .

Minimally invasive decompression surgery for XXXX with @entity179 : Predictive factors of radiographic and clinical outcomes.

@entity1 :: ('9606', 'Species') :: ['patients'] @entity1643 :: ('MESH:D017116', 'Disease') :: ['low back pain', 'LBP'] @entity850 :: ('MESH:D003251', 'Disease') :: ['foraminal stenosis', 'stenosis'] @entity2649 :: ('MESH:C563613', 'Disease') :: ['LSS', 'lumbar spinal stenosis'] @entity1635 :: ('MESH:D012600', 'Disease') :: ['scoliosis'] @entity1515 :: ('MESH:D008141', 'Disease') :: ['lumbar lordosis', 'LL'] @entity179 :: ('MESH:D019636', 'Disease') :: ['degenerative lumbar scoliosis', 'degenerative stenosis', 'DLS'] @entity85 :: ('MESH:D009140', 'Disease') :: ['deformity']
@entity2649 :: (MESH:C563613,Disease) :: ['lumbar spinal stenosis']
