30 set 17.15 Cerimonia di Benvenuto Autorità
17.45
Lezione Metadisciplinare: Probing and Manipulating
the Motor Circuitry of the Brain using Transcranial
Magnetic Stimulation (inglese)
John Rothwell
18.45 Poster Presentazione Laboratori dettagli in apposito documento
19.45 Cocktail di Benvenuto
1 ott 8.30 Lezione del Decennale: Dieci Anni di Analisi del
Movimento in Clinica in Italia e nel Mondo (inglese) Aurelio Cappozzo, Steven Stanhope
9.30 Presentazione Laboratori Chairmen: Carlo Frigo, Ugo Della Croce
Laboratorio di Analisi del movimento, Istituto Ortopedico Rizzoli, Università di Bologna S. Giannini, MG. Benedetti, A. Leardini, F. Catani, L. Berti
9.40 Servizio di Analisi Funzionale del Centro Protesi INAIL di Vigorso di Budrio AG. Cutti, M. Raggi, A. Davalli, R. Sacchetti, D. Orlandini
9.50 Laboratorio Analisi del Movimento Fondazione Don Carlo Gnocchi Parma M. Bacchini, C. Rovacchi, F. Chiampo, M. Rossi
10.00 Laboratorio Analisi del Movimento e Robotica, Osp. Pediatrico Bambino Gesù, Roma M. Petrarca, E. Castelli, P. Cappa
10.10 Laboratorio di Analisi del Movimento, Brebbia (VA) C. Rigoldi, C. Morandi, M. Bertoni
10.20 Laboratorio di Analisi del Movimento, Ferrara M.Manca, S. Cavazza, G. Ferraresi, P. Marchi
10.30 Laboratorio Integrato di Fisiologia dell’Esercizio (LIFE), Università Foro Italico, Roma F. Figura, F. Felici, A. Macaluso, M. Sacchetti, P. Sbriccoli, et al.
10.40 Laboratorio di Analisi del Cammino, Bosisio Parini (LC) M. Romei, L. Piccinini
10.50 Coffee Break
11.20 Lezione Magistrale: Gait Analysis and Shoe Design (inglese) D. Casey Kerrigan
12.05 Presentazione Laboratori Chairmen: Carlo Frigo, Ugo Della Croce
Laboratorio di Analisi della Postura e del Movimento, Conegliano (TV) S. Gualdi, E. Trevisi, A. Salghetti
12.15 Laboratori di Analisi della Postura e del Movimento, IRCCS E. Medea - Polo Friuli VG. M. Cazzagon, F. Zecchini
12.25 LAM - Laboratorio Analisi Movimento - Correggio (RE) I. Campanini
12.35 Laboratori di Analisi del Camminom IRCCS S. Raffaele Pisana e S. Raffaele Cassino G. Albertini, M. Galli
12.45 Laboratorio di Analisi della Postura e del Movimento “L.Divieti”, Politecnico di Milano M. Galli, M. Crivellini, V. Cimolin, C. Rigoldi
12.55 LAM - Laboratorio di Analisi del Movimento,Fond. Don C. Gnocchi Onlus, Irccs, Milano P. Mazzoleni, M. Ferrarin, M. Rabuffetti
13.05 Lablab, Università Foro Italico, Roma A. Cappozzo, V. Camomilla, C. Mazzà, G. Vannozzi
13.15 Pranzo BTS User Meeting
14.15 Lezione Magistrale: Synthesize Human Movements
with Robots and Virtual Reality (inglese) Robert Riener
15.00 Sessione 1 – Intervento Riabilitativo (1) Chairmen: Lorenzo Chiari, Robert Riener
UNA STRATEGIA DI ASSISTENZA ROBOTICA PER FAVORIRE IL
CONTROLLO VOLONTARIO IN PAZIENTI POST-ICTUS
M. Casadio, P. Giannoni, P. Morasso, V.
Sanguineti, V. Squeri, E. Vergaro
15.15 TRAINING ROBOTICO DEL CAMMINO IN BAMBINI AFFETTI DA
PARALISI CEREBRALE INFANTILE: CASE SERIES
M. Sicari, BL. Patritti, LC. Deming, F. Romaguera,
MM. Pelliccio, DL. Nimec, P. Bonato
15.30
STUDIO DELLA SIMMETRIA DEL CAMMINO IN PAZIENTI
AMPUTATI A LIVELLO TRANSFEMORALE: CONFRONTO TRA
L’UTILIZZO DI UN GINOCCHIO MECCANICO A CONTROLLO
IDRAULICO E UNO A CONTROLLO ELETTRONICO ASSISTITO DA
MICROPROCESSORE
S. Frittoli, CA. Frigo, KR. Kaufman
15.45 EFFETTI DI UNA NUOVA ORTESI SUL MOMENTO ADDUTTORIO
DEL GINOCCHIO IN PAZIENTI CON OSTEO-ARTRITE
F. Crapanzano, PK. Kasi, BL. Patritti, C.
Mancinelli, W. Harvey, U. Della Croce, D.
Stamenovi, P. Bonato, DJ. Hunter
16.00 REDUCED IMPACT LOADING FOLLOWING GAIT RETRAINING
OVER A 6- MONTH PERIOD (inglese) IS. Davis, HP. Crowell, RE. Fellin, AR. Altman
16.15 Coffee Break
16.45 Lezione Magistrale: Evidence for Treatment
Effectiveness of Virtual Reality Therapies (inglese) Anat Mirelman
17.30 Tavola Rotonda: Le nuove tecnologie per l’analisi e
l’intervento in riabilitazione: quale ruolo in clinica
N. Basaglia, P. Bonato, P. Cappa, DC.
Kerrigan, A. Mirelman, R. Riener
venerdì 18 settembre 2009
mercoledì 5 agosto 2009
C.O.N.I. on Alpine Skiing
“Last year in November 2008, a BTS SMART-D System has been acquired by the C.O.N.I. Medicine and Sport Science Institute. The System will be integrated with other devices in our institute to be used for the evaluation of different Olympic Disciplines.
The researchers of the Institute have had experience using BTS Optoelectronic Systems in laboratory since the mid 1990’s, but the recent technological development and the possibility of an ‘outdoor’ use of the system under the direct sunlight open a lot of new and very interesting fields of development and applications. Among them there are Athletics, Cycling, Weightlifting, Volleyball, Tennis, Boxing, and many disciplines of the Italian Paralympic Committee and also of Winter Sports.
As an example of this, we want to highlight the fact that for the ‘first time’ we have performed tests on the snow under direct sunlight, simulating trials of Cross-Country and Alpine Skiing, considering also the favourable period at the end of the agonistic season. In this phase we are also proceeding with the training of specialized technicians in the use of the system and defining new protocols necessary to realize the studies in the program.
Movement analysis technology contributes so much to the Biomechanics Science and is a fundamental part in supporting the definition of optimized sport training programs. For this reason we are sure that an active collaboration with BTS and the use of their measurement solutions will move forward and provide interesting new development at the highest level within the Sports Field”.
Source: Prof. Marcello Faina C.O.N.I.
The researchers of the Institute have had experience using BTS Optoelectronic Systems in laboratory since the mid 1990’s, but the recent technological development and the possibility of an ‘outdoor’ use of the system under the direct sunlight open a lot of new and very interesting fields of development and applications. Among them there are Athletics, Cycling, Weightlifting, Volleyball, Tennis, Boxing, and many disciplines of the Italian Paralympic Committee and also of Winter Sports.
As an example of this, we want to highlight the fact that for the ‘first time’ we have performed tests on the snow under direct sunlight, simulating trials of Cross-Country and Alpine Skiing, considering also the favourable period at the end of the agonistic season. In this phase we are also proceeding with the training of specialized technicians in the use of the system and defining new protocols necessary to realize the studies in the program.
Movement analysis technology contributes so much to the Biomechanics Science and is a fundamental part in supporting the definition of optimized sport training programs. For this reason we are sure that an active collaboration with BTS and the use of their measurement solutions will move forward and provide interesting new development at the highest level within the Sports Field”.
Source: Prof. Marcello Faina C.O.N.I.
Body movement performance
Analyzing a movement performance means finding position and velocity that describe frame by frame linear and angular displacement of each part of the body.
The sport gesture can be analyzed in its kinematics, kinetics and muscular recruitment components with the aim to optimize it.
In that way the athletes performance can be studied and improved.
The injury prevention is becoming the key to success for several professional teams.
Many professional trainers have been developing application models that are now available for different sports and gestures to:
The sport gesture can be analyzed in its kinematics, kinetics and muscular recruitment components with the aim to optimize it.
In that way the athletes performance can be studied and improved.
The injury prevention is becoming the key to success for several professional teams.
Many professional trainers have been developing application models that are now available for different sports and gestures to:
- improve performance,
- optimize coaching,
- avert injuries
- structure rehabilitation programmes
Real Madrid TEC
“The Real Madrid TEC activated a Biomechanics Laboratory to create objective evaluations of all the Club’s Athletes, for both Football and Basketball.
We asked BTS, a leader in the society of biomechanics and field of technology, to build our laboratory in which there were different evaluation systems integrated and synchronized with each other. We think that through the use of this technology the individual biomechanical parameters during different motion gestures (running, jump, change-of-direction, etc.) and technical gestures (shooting, heading, etc. ) can be analyzed and consequently, the training programs can be improved in an analytic and customized way. In the Biomechanics laboratory, all the Real Madrid Athletes (from different categories and ages) make periodical evaluations that allow us to identify the subjective characteristics of each of them and to intervene consequently.
The evaluations are repeated every two months however, for injured or at risk
athletes the assessment is more frequent.
Besides the laboratory evaluations, we integrate in-field test in specific situations by
using out-door video camera systems and wireless devices”.
Source: Dr. Valter Di Salvo Real TEC-Sanitas
We asked BTS, a leader in the society of biomechanics and field of technology, to build our laboratory in which there were different evaluation systems integrated and synchronized with each other. We think that through the use of this technology the individual biomechanical parameters during different motion gestures (running, jump, change-of-direction, etc.) and technical gestures (shooting, heading, etc. ) can be analyzed and consequently, the training programs can be improved in an analytic and customized way. In the Biomechanics laboratory, all the Real Madrid Athletes (from different categories and ages) make periodical evaluations that allow us to identify the subjective characteristics of each of them and to intervene consequently.
The evaluations are repeated every two months however, for injured or at risk
athletes the assessment is more frequent.
Besides the laboratory evaluations, we integrate in-field test in specific situations by
using out-door video camera systems and wireless devices”.
Source: Dr. Valter Di Salvo Real TEC-Sanitas
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