The present study is related to the project "ORTHOSPINE FITNESS: WHICH MARKERS OF MUSCULOSKELETAL HEALTH CAN EXPLAIN COMPLICATIONS IN SPINE SURGERY?", winner of the Ministry of Health Call, financed by the European Union, "M6/C2\_CALL 2023", Project Code " PNRR- MCNT2-2023-12378098", Call section "Non-chronic chronic diseases transmissible diseases (MCnT2) with a high impact on health systems". Complications of spinal surgery still represent a significant and unsolved problem. Their incidence is between 7 and 20%, with a high percentage of mechanical complications observed in patients operated on for degenerative pathologies. Readmissions, re-operations and subsequent rehabilitation treatments have a heavy impact on patients and the entire healthcare system.
The study proposed, financed through the "PNRR-MCNT2-2023-12378098" call, is a multicenter study on a large cohort of patients undergoing spinal surgery for degenerative pathologies of the thoraco-lumbar spine, which has as its general objective to establish a comprehensive preoperative screening of bone health and the musculoskeletal system, combining advanced imaging and modeling (HRpQCT images of bone microstructure at peripheral sites and related computational assessment of bone mechanical properties), assessment of physical fragility (including muscle strength and assessment of proprioception/fall risk), cellular and molecular analyzes of bone fitness and bone-muscle cross-talk, and assessment of nutritional status. The results of the project will allow us to: (i) define a concept of "surgical suitability" to evaluate patients candidates for elective spinal surgery and possibly improve the surgical decision-making process (for example the choice of fixation and instrumentation); (ii) identify a minimum set of significant and independent markers to monitor in future interventional studies aimed at reducing the risk of adverse events in spinal surgery, (iii) allow patient-specific preoperative interventions (such as nutritional supplementation, physical pre-habilitation or administration of bone anabolic agents)
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
DIAGNOSTIC
Masking
NONE
Enrollment
200
Comprehensive screening of bone metabolic status and bone fragility in the largest cohort to date of patients with degenerative spinal diseases
Istituto Ortopedico Rizzoli
Bologna, Italy
RECRUITINGAzienda ospedaliera universitaria Luigi Vanvitelli
Napoli, Italy
RECRUITINGradiological images
constructed mechanical models from HR-pQCT data to quantify mechanical stiffness and bone strength at peripheral sites, which have already been shown to be effective predictors of fractures independent of DXA, and attempted their association with adverse events monitored during the follow-up
Time frame: at baseline (day 0)
biological samples
The biopsies will be analyzed for analyzes at the level of secreted proteins (secretome) and gene expression. The bone harvest will be waste material obtained from the laminectomy, while the muscle harvest will be carried out in very small quantities from the posterior paravertebral muscles
Time frame: at baseline (day 0), after 6 months, after 12 months
pain
Pre-operative baseline assessment of pain level will be performed by self-administering validated questionnaires with the visual analogue scale (0-10)
Time frame: at baseline (day 0), after 12 months
Quality of life
the quality of life of the patients will be tracked by questionnairs
Time frame: at baseline (day 0), after 6 months, after 12 months
nutritional informations
administration of a questionnaire to patients food frequency (Food Frequency Questionnaire - FFQ), which is an accurate measurement of nutrient intake within a 14-day period, using a diary food.
Time frame: since day 1 to day 14
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