ATHLETIC TRAINERS QUESTIONNAIRE28/10/202122/02/2022 Welcome to your ATHLETIC TRAINERS QUESTIONNAIRE Email WHEN YOU TAKE ON A STUDENT, DO YOU MEASURE KINEMATIC PARAMETERS? YES NO IF YES, YOU MEASURE THE KINEMATIC PARAMETERS OF THE STUDENT TO: DEFINE BASELINE COLLECT ADDITIONAL INFORMATION USEFUL FOR EVALUATION IDENTIFY COORDINATIVE AND CONDITIONAL CAPACITIES PREDICTIVE OF THE MODEL OF POSSIBLE MOTOR CONTROL OF THE STUDENT SHOW MY PROFESSIONALISM TO THE STUDENT MEASURING KINEMATIC PARAMETERS LEADS TO: PLANNING A TRAINING PROGRAM EVALUATE THE EFFECTIVENESS OF THE PROGRAM MONITORING CHANGES OVER TIME MODIFY THE PROGRAM BY VIRTUE OF ONGOING OUTCOMES DO YOU USE PROMS (PATIENT REPORTED OUTCOMES MEASURE) AND/OR SELF-ASSESSMENT QUESTIONNAIRES, FOR YOUR DECISION MAKING AND TO DRAFT YOUR WORK PROGRAM? Yes No DO YOU PLACE MEASUREMENTS TAKEN WITH SPECIFIC DEVICES TO YOUR ASSESSMENT ALONGSIDE WITH PATIENT SELF-ASSESSMENT AND STUDENT-REPORTED MEASURES? YES NO WHEN EVALUATING JOINTS, HOW USEFUL DO YOU THINK IT IS TO BREAK DOWN THE MOVEMENT INTO ITS DIMENSIONS? WHEN EVALUATING, FOR EXAMPLE, A SHOULDER FLEXION, DO YOU THINK IT IS USEFUL TO KNOW HOW MUCH THE SAME MOVEMENT OCCURS IN THE THREE PLANES WHEN DECIDING HOW TO PERFORM THE TECHNIQUE OF STRENGTH EXERCISES AND HOW TO SET THE PARAMETERS OF JOINT MOBILITY EXERCISES? IN THE STUDY OF MOVEMENT, DO YOU THINK THE MEASUREMENT OVER TIME OF RANGE OF MOTIONS (EXCURSION OF THE JOINT OF INTEREST AND ITS COMPONENTS IN THE PLANES INVOLVED) IS CRITICAL TO UNDERSTANDING OVER TIME HOW A STUDENT'S MOTOR CONTROL VARIES DUE TO FATIGUE? MEASURING VALUES SUCH AS ANGULAR VELOCITIES, LINEAR VELOCITIES, ANGULAR ACCELERATIONS, AND LINEAR ACCELERATIONS ALLOWS YOU TO GIVE A MEASURE OF THE MUSCULAR QUALITY OF THE MOVEMENT IN TERMS OF STRENGTH FOR MOVEMENTS REPEATED FOR A SHORT TIME BASED ON THE FREQUENCY OF THE MOVEMENT ITSELF, IN TERMS OF ENDURANCE FOR MOVEMENTS REPEATED FOR A LONG TIME BASED ON THE FREQUENCY OF THE MOVEMENT ITSELF. IN YOUR PRACTICE HOW IMPORTANT IS THIS OR WOULD YOU BE INTERESTED IN USING THIS APPROACH? DUE TO THE MINIATURIZATION OF INERTIAL SENSORS, IMU (INERTIAL MEASUREMENT UNIT) BASED MOTION ANALYSIS SYSTEMS ARE BEING DEVELOPED, DO YOU HAVE ANY EXPERIENCE WITH THEM YET? YES NO HOW USEFUL DO YOU THINK GAIT ANALYSIS IS IN ASSESSING A STUDENT'S MOTOR CONTROL AS A PREDISPOSING OR LIMITING FACTOR IN PERFORMANCE? INERTIAL SENSORS ARE ELECTRONIC DEVICES THAT MEASURE ACCELERATIONS, ANGULAR VELOCITIES, GRAVITATIONAL FORCES AND MAGNETIC FIELD BY COMBINING ACCELEROMETERS, GYROSCOPES AND MAGNETOMETERS. WITH RESPECT TO THE STEP CYCLE, INERTIAL SENSORS ALLOW YOU TO MEASURE, AMONG OTHER THINGS, THE LENGTH (AVERAGE AND PEAK) OF THE STEP, THE HEIGHT (AVERAGE AND PEAK) OF THE STEP, THE VERTICAL OSCILLATION (AVERAGE AND PEAK), VALUES THAT OVER TIME TAKE ON A DIFFERENT WEIGHT BASED ON AGE, THE PROPOSED TRAINING, THE STATE OF FORM AND THE STAGE OF THE PATH OF APPROACH TO THE RACE. KNOWING THIS BY COMPARING THE DATA BETWEEN SESSIONS WOULD ALLOW YOU TO OPTIMIZE THE WORK PROGRAM? YES NO DURING RUNNING, THE PARAMETER OF GREATEST INTEREST IS MINIMUM TOE CLEARANCE (MINTC), DEFINED AS THE MINIMUM VERTICAL DISTANCE BETWEEN THE TOE AND THE GROUND DURING THE SWING PHASE BECAUSE IT CAN BE PREDICTIVE OF THE GROUND THRUST FORCE OF THE PATIENT'S CONTRALATERAL LIMB AND CAN BE A BENCHMARK FOR THE EFFECTIVENESS/EFFICIENCY OF THE ATHLETE'S GESTURE. DO YOU TYPICALLY EVALUATE IT? YES NO THE MEASUREMENT AND STUDY OVER A MEDIUM/LONG EXERCISE TIME OF THE DATA RELATED TO MOVEMENT FREQUENCY, MOVEMENT AMPLITUDE, EXTERNAL LOAD, ALLOWS TO MEASURE THE PROFILE OF THE STRENGTH/SPEED RATIO OF THE ATHLETE, ALLOWS TO MEASURE THE PROFILE OF THE POWER/SPEED RATIO OF THE ATHLETE, ALLOWS TO MEASURE THE MECHANICAL EFFICIENCY OF THE ATHLETE, ALLOWS TO MEASURE THE EFFICIENCY OF THE STIFFNESS OF THE ATHLETE. DO YOU NORMALLY PROCESS THIS INFORMATION? YOU CONSIDER THE MEASUREMENT AND STUDY OF DATA RELATED TO FREQUENCY OF MOVEMENT, AMPLITUDE OF MOVEMENT, TIME, DISTANCE TRAVELED, BECAUSE : IT ALLOWS TO DETERMINE THE MECHANICAL EFFICIENCY IN RUNNING, CYCLING, SWIMMING IT ALLOWS TO INDIRECTLY ESTIMATE THE ENERGETIC COST OF THE EXERCISE AND TO ESTIMATE THE EXTERNAL LOAD TO THEN EVALUATE THE INTERNAL LOAD IT ALLOWS TO EVALUATE THE METABOLIC POWER ON THE OTHER HAND, A STUDY BY SGRÒ ET AL. (2017) SHOWED THAT IMU SENSORS ARE EFFICIENT IN DISCRIMINATING DIFFERENT LEVELS OF SKILL DEVELOPMENT REQUIRED IN THE LONG JUMP TASK FROM A STANDING POSITION, A TEST CONSIDERED INDICATIVE OF LOWER LIMB EXPLOSIVE STRENGTH. OF THE TEMPORAL VARIABLES AND KINEMATIC PARAMETERS, OF A QUANTITATIVE NATURE, THAT CAN BE EXTRAPOLATED FROM THE ANALYSIS OF SIGNALS OBTAINED FROM IMUS IN A SIMILAR EXAMPLE, YOU ARE MOST INTERESTED IN : PROPULSION TIME FLIGHT TIME THE VERTICAL COMPONENT OF THE TAKE-OFF VELOCITY THE ANTEROPOSTERIOR COMPONENT OF THE TAKE-OFF SPEED (NORMALIZED FOR THE STUDENT'S HEIGHT) THE MAXIMUM PEAK ANGULAR VELOCITY IN THE ANTERO-POSTERIOR AND MID-LATERAL DIRECTIONS AND OTHER RANGE-OF-MOTION VARIABLES AND THEIR ANGLES THE STUDY OF MOTOR CONTROL IN THE ATHLETIC PREPARATION ACQUIRES A MORE AND MORE IMPORTANT ROLE USING TECHNOLOGIES SUCH AS IMU AND OPTOELECTRONIC SENSORS AND THE ANALYSIS OF THE MOVEMENT OF THE ATHLETE WITH GPS: IN YOUR PRACTICE, DO YOU PREFER TO GO TO A MAL FOR THE MOTOR CONTROL OR MEASURE WITH DEVICES? IN THE MEASURES WITH DEVICES, WHICH LIMITATIONS DO YOU FIND USING IMU, FOR EXAMPLE THE NEED TO ASSOCIATE VIDEOS TO IMU DATA TO RECONSTRUCT MOMENTS, ASSOCIATE TO GESTURES, RECONSTRUCT DISTANCES, CAN YOU INDICATE OTHERS? WHAT ARE THE MOST IMPORTANT OUTPUTS YOU WOULD LIKE TO HAVE FROM A PROFESSIONAL HUMAN MOVEMENT DEVICE? INDIRECT MUSCULOSKELETAL DATA KINEMATIC AND DYNAMIC DATA COMPARISON DETAILED BODYMAP MONITORING WORKLOADS ALL THE ABOVE Time is Up! Time's up Leave a Reply Cancel replyYour email address will not be published. Required fields are marked *Name * Email * Website Comment * Save my name, email, and website in this browser for the next time I comment.
