The purpose of this clinical investigation is to collect data about the safety and the performances of the InnoFix® screw : Clinical performances (Pain reduction due to the fracture treatment, maintenance of the stabilizaton of the treated fracture and mobility improvement) / Technical performances (Percutaneous implantation by mini-invasive approach, Efficiency of percutaneous implementation and efficiency of percuatneous cementing) / Safety performances (Preservation of the screw stability after implantation and preservation of the screw integrity after implantation). The safety and performance data about the InnoFix® screw will be used to obtain their CE marking according to the regulation (EU) 2017/745. The principal objective of this clinical investigation is to assess the postoperative reduction in pain level of the patient at 6 weeks follow-up.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
34
Percutaneous fixation by internal cemented screw
Rate of patients which have a pain reduction rate, at 6 weeks postoperatively, equal or superior to 30%
Pain reduction is measured with the VAS scale : Zero is equivalent to no pain and 10 indicates the worst possible pain
Time frame: From the patient inclusion date to 6 weeks postoperatively
Rate of patients which have a pain reduction rate, at 6 months postoperatively, equal or superior to 30%
The pain is measured with the VAS scale: Zero is equivalent to no pain and 10 indicates the worst possible pain
Time frame: From the patient inclusion date to 6 months postoperatively
Rate of postoperative stable fractures
Fracture stability is assessed with medical imaging: Length of fracture line in millieter (complete fracture) or fracture occurernce (impending fracture)
Time frame: From end surgery to 6 weeks and 6 months postoperatively
Rate of patients which have a mobility improvement rate postoperatively
Mobility is measured with ECOG scale:
Time frame: From the patient inclusion date to 6 weeks and 6 months postoperatively
Implantation success rate of the InnoFix® screw
Implantation succes is measured with medical imaging: Screw position compared to the fracture line and distance, in millimeters, of the distal tip of screw compared to the planned area and protrusion, in millimeters, of the proximal part of screw from the external cortex
Time frame: At the end of surgery
Satisfaction rate of the radiologist regarding the efficiency of the percutaneous implementation
Efficiency of percutaneous implementation is based on the experiency of the radaiologist
Time frame: At the end of surgery
Satisfaction rate of the radiologist regarding the efficiency of the percutaneous cementing
Efficiency of percutaneous cementing is based on the experiency of the radaiologist
Time frame: At the end of surgery
Rate of stable InnoFix® screws postoperatively
Screw stability is measured with medical imaging: Screw displacement in millimeters and contact with anatomical structures or other implanted devices
Time frame: From end surgery to 6 weeks and 6 months postoperatively
Rate of InnoFix® screws with their integrity preserved postoperatively
Screw integrity is measured with medical imaging: Disassembly, breakage or bending in millimeters
Time frame: From end surgery to 6 weeks and 6 months postoperatively
Rate of patient which have had, at least, one adverse event in relation with the InnoFix® screw postoperatively
Adverse event reported
Time frame: From the patient inclusion date to 6 months postoperatively
Rate of patient which have had, at least, one serious adverse event in relation with the InnoFix® screw postoperatively
Serious adverse event reported
Time frame: From the patient inclusion date to 6 months postoperatively
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