Ecole De Technologie Superieure

Other

Centre National De La Recherche Scientifique

Valorisation Hsj, Limited Partnership

Biospace Instruments

Polyvalor, Societe En Commandite

Ecole Nationale Superieure D'arts Et Metiers (ensam)

Emovi Inc.

Biospace Med

Centre Hospitalier De L'université De Montréal (chum)

Centre National De La Recherche Scientifique-cnrs

Jacques De Guise

Wafa Skalli

David Mitton

Stefan Parent

Nicola Hagemeister

Benoit Godbout

Gérald Parent

Alexandre Fuentes

Neila Mezghani

Guy Grimard

Pierre Ranger

Rachid Aissaoui

Jean-Marc Mac-Thiong

Hubert LaBelle

L'Hocine Yahia

André Bleau

Ismail El Maach

Éric Szmutny

Irène Dorion

Nicolas Duval

Sébastien Laporte

Jean Dubousset

Anthony Le Bras

Dominic Branchaud

Annick Koller

Thierry Cresson

Nancy St-Onge

Borislav Anguelov

Benoît Godbout

Sylvain Deschenes

Marie-Lyne Nault

Vincent Pomero

Jacques Fechtenbaum

Sébastien Teysseyre

Christian Roux

Sami Kolta

Youssef Ouakrim

Ludovic Humbert

Julien Clément

David Baillargeon

Patrick Lavigne

Julien CLÉMENT

There is described a system, method, and computer-readable medium having stored thereon executable program code for generating a final Cobb angle prediction for idiopathic scoliosis, the method comprising: receiving patient-specific 3D morphological spine parameters, a selected curve type, and a selected skeletal maturity; applying the patient-specific 3D morphological spine parameters, a selected curve type, and a selected skeletal maturity to a predictive model based on 3D morphological spine parameters, curve type, and skeletal maturity, and generating the final Cobb angle prediction by modeling a progression curve of the idiopathic scoliosis.

System and method for predicting scoliosis progression

The present document describes an apparatus and method for identifying and characterizing a problem of a knee joint. In accordance with an embodiment, the method comprises receiving biomechanical data from sensors and generating a biomechanical profile based on the biomechanical data, the biomechanical data being representative of a movement of the knee joint. The method also involves, in a processing device, classifying the biomechanical profile of the knee joint in one of multiple classes of knee joint problems by applying a pattern recognition technique to a normative biomechanical profile associated to the one of the multiple classes, each one of the multiple classes corresponding to at least one knee joint problem; based on the classifying, identifying the problem as comprising the at least one knee joint problem of the one of the multiple classes; and archiving the problem identified in a storing device to make the problem accessible during consultation.

Method and system for knee joint evaluation and diagnostic aid in normal and pathologic state

The present document describes a method for producing a knee joint treatment plan and/or surgery plan for a patient, the method comprising: obtaining 3D kinematic data of the knee joint in movement; determining, from the 3D kinematic data, scores characterizing the joint function of the patient, the one or more scores being relative to one or more criteria; and comparing the scores to data in a database which characterize a plurality of treatment plans and/or surgery plans to generate the list of one or more treatment plans and/or surgery plans which match the scores.

Method and system for human joint treatment plan and personalized surgery planning using 3-D kinematics, fusion imaging and simulation

Method for reconstruction of a three-dimensional model of a body structure of a subject, said structure comprising a plurality of objects, wherein a database () of the structure is provided, the database comprising means to estimate, from a parameter of any object of the structure, another parameter for an object of the structure, a preliminary solution for a first object (L1) is modified to be brought in concordance with subject-specific data (), a reconstruction of the second object (T12) is obtained based on the modified first object and on the database of structure ().

Method for reconstruction of a three-dimensional model of a body structure

Method for radiographic imaging, in particular for measuring the bone mineral density of an osseous body, this method involving an operation which consists in determining the value of a composite index using, on the one hand, digitized radiological data, and, on the other hand, a three-dimensional generic model of said osseous body.

Method for absorptiometry radiographic imaging using a three-dimensional generic model

A radiographic imaging method for three-dimensional reconstruction in which the three-dimensional shape of a model representing an object is calculated from a geometrical model of the object that is known a priori, and obtained from a confinement volume of the object estimated from a geometrical pattern visible in two images and from knowledge of the positions of the sources. A geometrical model is used that comprises information making it possible using an estimator for the object to establish a geometrical characteristic for the model representing the object.

Method of radiographic imaging for three-dimensional reconstruction, and a computer program and apparatus for implementing the method

A method for creating a frame of reference of a leg of a subject for subsequent 3-D kinematic analysis of the leg with non-invasive trackable references secured to the femur and the tibia of the leg. The method comprises the steps of: i) obtaining tibial and femoral axes with respect to the trackable references by tracking points and motions of the leg; ii) registering a known posture of the subject with respect to the trackable references; iii) obtaining a desired posture of the subject with respect to the trackable references as a function of the known posture by tracking a predetermined motion of the leg; and iv) setting a frame of reference to said tibial and femoral axes of the leg in the desired posture of the subject with respect to the trackable references.

Method of calibration for the representation of knee kinematics and harness for use therewith

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Montreal, Canada

Jacques De Guise