Screen Reader Mode Icon
Objective: To review current practice in Europe concerning Clinical Gait Analysis


Question Title

* 1. What is the name of your gait lab?

Question Title

* 3. Where is your gait laboratory? (city)

Question Title

* 4. In what type of institution is your Gait Lab located?

Question Title

* 5. How many patients did you assess using instrumented 3-D gait analysis during the last 5 years?

Question Title

* 6. How many patients did you assess using only video analysis during the last 5 years?

Question Title

* 7. In your lab which age groups of patients do you assess?

Question Title

* 8. Which patient populations come into your lab for Clinical Gait Analysis (CGA)? Neurological problems:

Question Title

* 9. Which patient populations come into your lab for Clinical Gait Analysis (CGA)? Non-neurological problems:

Question Title

* 10. Which patient population do you see the most in your lab for CGA? Neurological problems:

Question Title

* 11. Which patient population do you see the most in your lab for CGA? Non-neurological problems:

Question Title

* 12. How often do you use CGA when:
Scale 0-10 for each item (0-never, 10-always)

  0 1 2 3 4 5 6 7 8 9 10
Deciding on treatment specifics as a baseline measurement
Determining treatment effect - short term
Determining treatment effect - long term
Follow up the natural history of the disease

Question Title

* 13. How much (in Euros) does a Clinical Gait Analysis in your institution cost?

Question Title

* 14. Do you use one of the best practice guidelines for CGA?

  No Partially Completely
CMAS
SIAMOC
SENIAM
CMLA
Other

Question Title

* 15. How many people in your lab are members of one of these societies? Please write a number.

Question Title

* 16. Does your lab have a licence to conduct CGA?

Question Title

* 17. How many people in each of the following disciplines work in the gait lab team? Please write a number.

Question Title

* 18. Who is the head of the gait lab?

  Physiotherapist Orthopaedic surgeon PRM doctor Sport Scientist Bioengineer Clinical technologist Neurologist Orthotist Prosthetist Podiatrist Pediatrician Researcher
Medical
Technical

Question Title

* 19. In which of the following tasks are the staff working in the CGA involved?

Question Title

* 20. How often do staff receive training in the following tasks?

  Never Only at the opening of the lab At least once a year At least once each 2 years At least once each 5 years Randomly Not used in my lab Other (please specify below)
Physical exam
Marker placement
Surface EMG placement
Fine-wire EMG placement
Data collection
Data reduction/analysis
Data interpretation
Clinical recommendations
Other (please specify below)

Question Title

* 21. How often do you test within and between consistency of the personnel for the following tasks?

  Never Only at the opening of the lab At least once a year At least once each 2 years At least once each 5 years Randomly Not used in my lab Other
Physical exam
Marker placement
Surface EMG placement
Fine-wire EMG placement
Data collection
Data reduction/analysis
Data interpretation
Clinical recommendations
Other

Question Title

* 22. What time (in minutes) allocation do you allow for the following tasks related to the CGA? Please write down a number in scale 0 - 180 mins.

Question Title

* 23. What are the physical dimensions of your gait lab? Size of room (in metres)

Question Title

* 24. Do your gait lab facilities include the following?

  Yes No
Access for disabled patients
Controlled access for security purposes during patient assessment
A minimum 7 metre walking space for gait data collection
Room temperature adjustable thermostat
A quiet and non-distracting environment
A designated area where the patient can both change and be examined in privacy
Patient toilet facilities, including toilet for the disabled
Adequate seating facilities available for patients and families
Staff hand washing facilities
Non-slip, level and obstacle free floor
Daily floor cleaning
Examination couch and covers which are cleaned between each patient

Question Title

* 25. Which equipment do you use for CGA and how much of each device do you use in your lab? Please type 0 if none.

Question Title

* 26. Which equipment used in your lab for CGA has a medical CE marking?

  Yes No I don't know Not used in my lab
Video camera
Stereophotogrammetric system
Force plates
Electromyography
Fine-Wire Electromyography
Plantar pressure plate
Plantar pressure insoles
Inertial sensors
Oxygen consumption system
Activity monitor
GPS
Treadmill
Instrumented Treadmill

Question Title

* 27. What is the measurement frequency in Hertz of acquisition of the equipment that you use in your lab for CGA? Please type 0 if not used in my lab.

Question Title

* 28. Which of the following devices of your lab are synchronized to each other?

Question Title

* 29. How often do you collect the following datasets during CGA?

  Never Sometimes Regularly Often Always
Video footage
Lower limb kinematics
Lower limb kinetics
Trunk and/or arm kinematics
Foot multi-segment kinematics
GRFs ( video vector)
Surface EMG
Fine-wire EMG
Plantar pressure
Physical exam
Questionnaires
Inertial sensors
Oxygen consumption

Question Title

* 30. Do you use additional measurements on top of the standard CGA for specific treatments and/or pathologies? If so, which ?

Question Title

* 31. What is the minimal number of gait cycles that you consider it necessary to collect to satisfactorily interpret CGA for (please type 0 if none):

Question Title

* 32. Do an external company (e.g. the manufacturer) perform a technical calibration of the systems used for CGA?

  Never Only at the opening of the lab On specific request without an established review schedule Once a year Once two years Not used in my lab
Video camera
Stereophotogrammetric system
Force plates
Surface electromyography
Fine-wire electromyography
Plantar pressure plate
Plantar pressure insoles
Inertial sensors 
Oxygen consumption system
Activity monitor
GPS
Treadmill
Instrumented Treadmill
Other (please specify)

Question Title

* 33. Do an external company (e.g. the manufacturer) perform a quality control assessment of the systems used for CGA?

  Not used in my lab Never Only at the opening of the lab On specific request without an established review schedule Once a year Once two years
Video camera
Stereophotogrammetric system
Force plates
Surface electromyography
Fine-wire electromyography
Plantar pressure plate
Plantar pressure insoles
Inertial sensors 
Oxygen consumption system
Activity monitor
GPS
Treadmill
Instrumented Treadmill
Other

Question Title

* 34. Do you have documentation (written or electronic) in your CGA including the following

  Yes No Not relevant for my lab
List of current staff employed
List of of training of the staff employed
Protocol to install CGA equipment and software
Protocol to check the quality of your CGA equipment
Protocol to check within and between consistency of the staff - Methods to check consistency 
Protocol to check within and between consistency of the staff - Limit of acceptability 
Protocol for lab preparation - Calibration
Protocol for lab preparation - Checking equipment
Protocol for patient preparation - Marker placement 
Protocol for patient preparation - Marker attachment on the skin
Protocol for patient preparation - Skin preparation for EMG
Protocol for patient preparation - EMG placement
Protocol for patient preparation - EMG attachment on the skin
Protocol for patient preparation - IMU sensor placement/calibration/attachment on the skin
Protocol for data collection - Instructions for patients
Protocol for data collection - Tasks to collect
Protocol for data collection - Number of trials/cycles
Protocol for data collection - Number of cycles on forceplates
Protocol for data collection - Checking of marker trajectories
Protocol for data collection - Checking of EMG
Protocol for data collection - Criteria to categorize a useful or not useful trial
Protocol for data processing including methods and software - Event detection
Protocol for data processing including methods and software - Spatio-temporal data
Protocol for data processing including methods and software - 2D kinematics data
Protocol for data processing including methods and software - Marker trajectory reconstruction (residual, gap filling, etc)
Protocol for data processing including methods and software - Marker labelling 
Protocol for data processing including methods and software - Marker filtering
Protocol for data processing including methods and software - EMG (e.g. filtering techniques used, gait timing identification)
Protocol for data processing including methods and software - 3D Kinematics data
Protocol for data processing including methods and software - 3D Kinetics data
Protocol for data processing including methods and software - Plantar Pressure data
Biomechanical model used with potential sources of error in their calculation
Protocol to check data quality
Protocol for physical examination
Protocol for reporting
Protocol for interpretation
Protocol for cleaning the equipment used in CGA
Protocol for data storage (place,backed up, duration)
Protocol for filenames and formats
Protocole for safety procedures, serious adverse events occurring during CGA

Question Title

* 35. Are your documents...?

  Yes No
Stored in a folder in the lab
Available in electronic format
Backed up
Revised after a defined period

Question Title

* 36. In order to review your documents and your practice, does your lab have appointed auditors?

  Yes No
Internal auditor
External auditor

Question Title

* 37. Which equipment is checked before data acquisition?

  Yes No Not relevant (because I do not use this equipment)
Digital video quality
Stereophotogrammetric system Calibration quality
Presence of all stereophotogrammetric system markers
Forceplates offset
EMG - good signal for each muscle
EMG - crosstalk
Others

Question Title

* 38. What do you check during data acquisition?

  Yes No Not relevant (because I do not use this equipment)
Visibility of stereophotogrammetric system markers trajectories
Loss of EMG signal
Noise of EMG signal (i.e. detachment of an electrode)
Loss of forceplate signals
Saturation of forceplate signals
Foot placement on forceplate
Others

Question Title

* 39. What do you check before the patient leaves the lab?

  Yes No Not relevant (because I do not use this equipment)
Number of satisfactory forceplate strikes available for kinetic analysis
Critical loss of markers
Critical loss of EMG signal
Critical loss of forceplate signals
Other(s)

Question Title

* 40. Do you perform other checks after data acquisition?

  Yes No
Marker trajectories (quality, number of available trajectories)
EMG signal (quality, lost of signal, crosstalk)
Forceplate signal (quality, lost of signal, number of kinetic steps)
Other

Question Title

* 41. Do you do these steps for data preparation?

  Always Sometimes Never I don't know Device not used in my lab
Event detection with forceplates and autocorrelation
Event detection with marker trajectories (e.g. Zeni et al. 2008)
Event detection performed manually
Event detection checked manually
Gap filling marker trajectories
Smoothing marker trajectories
Smoothing forceplate signals
Filtering EMG signals
Rectification and smoothing to obtain EMG envelope
0 of 76 answered
 

T