Prediction of the drilling path to surgically pin the femoral neck from the spatial location of pelvic and femoral anatomical landmarks: A cadaver validation study

Highlights • Developing an X-ray-free method that would allow for a pathway to be drilled between the lateral aspect of the femoral diaphysis the femoral neck and the head centres. • Scalable multiple regressions allow for the prediction of the most optimal drilling pathway. • Surgical ancillary pro...

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Published in:Medical engineering & physics 2017-02, Vol.40, p.117-121
Main Authors: Sholukha, V, Panda, J, Salvia, P, Beyer, B, Rooze, M, Jan, S. Van Sint
Format: Article
Language:English
Subjects:
Cadaver
Femoral neck orientation
Femur Neck - anatomy & histology
Femur Neck - surgery
Hip joint
Humans
Multiple regression
Orthopedic Procedures - instrumentation
Orthopedic Procedures - methods
Pelvis - anatomy & histology
Radiology
Surgery
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container_title Medical engineering & physics
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creator Sholukha, V
Panda, J
Salvia, P
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Rooze, M
Jan, S. Van Sint
description Highlights • Developing an X-ray-free method that would allow for a pathway to be drilled between the lateral aspect of the femoral diaphysis the femoral neck and the head centres. • Scalable multiple regressions allow for the prediction of the most optimal drilling pathway. • Surgical ancillary prototype that integrates the method of guiding the pin drilling has been developed.
doi_str_mv 10.1016/j.medengphy.2016.11.008
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subjects Cadaver
Femoral neck orientation
Femur Neck - anatomy & histology
Femur Neck - surgery
Hip joint
Humans
Multiple regression
Orthopedic Procedures - instrumentation
Orthopedic Procedures - methods
Pelvis - anatomy & histology
Radiology
Surgery
title Prediction of the drilling path to surgically pin the femoral neck from the spatial location of pelvic and femoral anatomical landmarks: A cadaver validation study
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