Surgery Research

KEY FINDING: Collagen-based scaffolds, when transplanted, showed the most proliferation, and neural stem and progenitor cells survived up to 11 weeks after the transplant.

KEY FINDING: Machine learning and deep learning algorithms can predict whether patients will experience an increased LOS following lumbar decompression surgery.

KEY FINDING: Amnion products show promising effects in reducing epidural adhesions and scar tissue after spine surgery.

KEY FINDING: 3DP technologies are showing positive results in treating SCIs and have the potential to improve both surgical and non-surgical treatments.

KEY FINDING: The CSDP constituent titanium alloy (Ti6Al4V-AO) showed extended adhesion, remarkable viability status, and cell proliferation when co-cultured with mouse embryo osteoblast precursor cells.

KEY FINDING: The study aims to compare the results of lumbar discectomies using the full-endoscopic technique via the interlaminar and trans-foraminal access with those of the conventional microsurgical technique, particularly with regard to iatrogenic muscle trauma and patient-related outcome measures.

KEY FINDING: TLIF surgery appears effective in improving radiographic and clinical outcomes for patients with DLS and lumbar degenerative scoliosis.

KEY FINDING: Reduction and plate fixation of all distal humeral fractures (8 cadaveric) with and without osteotomy was feasible.

KEY FINDING: The PME2/PN composite significantly improved osteogenic and angiogenic gene expression, crucial for bone fusion.

KEY FINDING: Intraoperative CEUS can clearly reflect spinal cord blood flow in DCM patients.