BACKGROUND AND OBJECTIVES
Postoperative hyperglycemia is a known risk factor of complications after surgery. In patients undergoing adult spinal deformity (ASD) surgery, we evaluated the effect of postoperative hyperglycemia in diabetics and nondiabetics on: (1) medical complications, (2) mechanical complications, and...
Harsh Jain, A. Sarikonda, Emma Ye et al.· Operative Neurosurgery· 0 citations
OBJECTIVE
In adult spinal deformity (ASD) surgery, lumbosacral fractional curve (LSF) is stiffer and harder to correct than thoracolumbar major curve (MC). In patients undergoing ASD surgery, we aimed to:1) assess correction rate of LSF vs. MC, 2) determine association between their correction and postoperative alignme...
Harsh Jain, A. Sarikonda, Alan R. Tang et al.· World Neurosurgery· 0 citations
Focusing on adding lordosis at the L4/5 and L5/S1 level will result in the greatest improvement in L1PA, suggesting that focusing on adding lordosis at the L4/5 and L5/S1 level will result in the greatest improvement in L1PA.
Harsh Jain, A. Sarikonda, T. Zeoli et al.· European spine journal· 0 citations
Imaging-derived bone quality metrics identify substrate-level vulnerability to radiographic PSL and provide moderate preoperative discrimination, and limited and heterogeneous evidence suggests psoas size may represent a complementary frailty marker.
Shaan Patel, S. Nischal, Lorenzo Ceccon et al.· Acta Neurochirurgica· 0 citations
JF after ASD surgery reflects the interaction between sagittal misalignment, correction strategy, and junctional structural capacity, and continuous bone quality measures, particularly opportunistic Hounsfield unit assessment, show potential for risk stratification and may inform targeted preventive strategies in biolo...
Shaan Patel, S. Nischal, Griffin W. White et al.· Spine· 0 citations
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