Accelerometry based assessment of gait parameters in children

Autor: Herre Faber, Vd Hoeven, H., Ipenburg, S., Lummel, Robert C. R. C. Rob C. R. C., Nancy Blockhuis, Nienhuis, B., Heikens, Sander S. C., Mirko Brandes, Wiebren Zijlstra, Dieter Rosenbaum, Terwee, C. B. Caroline B., Vam Slikke, R. M. A. Rienk M. A., Benink, Rob J. R. J., Meijers, Wil G. H. W. G. H., Vet, H. C. W. Henrica C. W., Fabio Pitta, Thierry Troosters, Spruit, Martijn A., Marc Decramer, Rik Gosselink, Thoumie, P., Forward, M. J., Plasschaert, F. S., Lex Burdorf, Judith Windhorst, Beek, Allard J., Molen, Henk F., Swuste, Paul H. J. J., Janssen, Maurice M. J. A., Rianne Pas, Jos Aarts, Yvonne Janssen-Potten, Johan Vles, Sjors Pinxteren, S. A. T. V., Robert Stokroos, R. J., Herman Kingma, Pas, A. J., Aarts, A. F. J., Nabuurs, C. I. H. C., Janssen, Y., Mokkink, Lidwine B., Slikke, Rienk M. A., Lummel, Rob C. R. C., Bouter, L. M., Witte, S. J., Wetzels, L., Probst, Vanessa S., Peijl, I. D., Vliet Vlieland, T. P. M., Versteegh, M. I. M., Lok, J. J., Munneke, M., Dion, R. A. E., Bulthuis, Y., Vollenbroek-Hutten, M., Hermens, H. J., Vendrig, L., Roozenburg, B., Wal, M., Lisowski, A. E., Murray, D. W., Lisowski, L. A., Creusen, H., Witvrouw, E., Victor, J., Bellemans, J., Rock, B., Verdonk, R., Spenkelink, C. D., Hutten, M. M. R., Greitemann, B. O. L., Schillemans, P. F., Meijer, O. G., Den Dikkenberg, N., Dieën, Jaap H. J. H., Pijls, B., Wuisman, P. I. J. M., Uiterwaal, M., Dam, M. S., Kok, G. J., Vogelaar, F. J., Taminiau, A. H. M., Derycke, P., Vilella, P., Loonbeek, S., Schuffelers, K., Jong, Z., Zwinderman, A. H., Tijhuis, G. J., Hazes, J. M. W., Glerum, E. B. C., Busser, H. J. J., Ott, J., Blank, R., Korte, W. G., Veltink, Peter H. P. H., Bussmann, Hans B. J., Vries, W., Martens, W. I. J. Wim L. J., Kerkhof, G. A., Frank Koelma, Franken, Henry M., Tea-Woo Kim, Yong-Wook Kim, Abrahin, O., Rodrigues, R. P., Nascimento, V. C., Da Silva-Grigoletto, M. E., Sousa, E. C., Marçal, A. C., Hans Van Remoortel, Yogini Raste, Zafeiris Louvaris, Santiago Giavedoni, Chris Burtin, Daniel Langer, Frederick Wilson, Roberto Rabinovich, Ioannis Vogiatzis, Hopkinson, Nicholas S., Schooten, Kimberley S., Rispens, Sietse M., Elders, Petra J. M., Paul Lips, Mirjam Pijnappels, Andersson, M., Janson, C., Emtner, M., Sena, R., Holt, Nicole E., Sanja Percac-Lima, Kurlinski, Laura A., Thomas Julia, C., Landry, Paige M., Braidie Campbell, Nancy Latham, Pengsheng Ni, Alan Jette, Leveille, Suzanne G., Bean, Johnathan F., Maria Cristina Bisi, Federico Riva, Rita Stagni, Filiz Altuğ, Feridun Acar, Göksemin Acar, Uğur Cavlak, Ho-Chun Choi, Ki Young Son, Belong Cho, Sang Min Park, Sung-Il Cho
Přispěvatelé: Neuromechanics, AMS - Ageing and Morbidity, AMS - Fundamental Research, Language and Communication, Mathematics, Movement Behavior, Migration Law, Kinesiology, Faculty of Religion and Theology
Předmět:
Male
Questionnaires
Aging
Self-Assessment
Knee Joint
Osteoarthritis: physiopathology
psychology [Pain]
ambulatory
physical activity
Comorbidity
of neuroscience
s motor development
Body Mass Index
Disability Evaluation
Knee Joint: physiopathology
treadmill training
Activities of Daily Living
80 and over
Health Status Indicators
Longitudinal Studies
Prospective Studies
Coronary Artery Bypass
Child
Exercise Test: methods
Lung
Gait: physiology
correspondence to
posture
Bicycling: physiology
methods [Pain Measurement]
july
physiology [Bicycling]
rehabilitation [Coronary Artery Bypass]
440-445
physiology [Walking]
adl-monitoring
physiopathology [Pain]
physiology [Aging]
methods [Respiratory Function Tests]
Occupational Diseases
physiopathology [Osteoarthritis]
gait ability
Regression Analysis
maximum inspiratory pressure
physiology [Posture]
Respiratory Function Tests: methods
instrumentation [Physiologic]
Indirect
Pain: physiopathology
Statistics as Topic: methods
Movement
physiopathology [Knee Joint]
med
balance performance
etiology [Intervertebral Disc Displacement]
Indirect: methods
physiopathology [Chronic Obstructive]
gait
Sensitivity and Specificity
vol
Pain: etiology
eng
s disease
equivalency
physiopathology [Lung]
methods [Exercise Therapy]
Osteoarthritis
and was accepted mar
sedentary behaviour
accelerometry
Aging: physiology
Humans
Knee
Physiologic
Physical Therapy Modalities
physiotherapy
Aged
Retrospective Studies
Intervertebral Disc Displacement: diagnosis
Knee: psychology
uppsala university
Pain: psychology
Cross-Sectional Studies
resistance exercise
step activity
mikael andersson
Low Back Pain
evenwichtsorgaan
Knee: physiopathology
validity
methods [Statistics as Topic]
Time Factors
Replacement
Statistics as Topic
Video Recording
physiology [Gait]
physiopath [Chronic Obstructive]
Walking
jan
naturalistic assessment
Posture: physiology
Lung: physiopathology
Walking: physiology
Ambulatory: instrumentation
physiopathology [Smoking]
correlations
physiology [Movement]
Sickness Impact Profile
Ambulatory: methods
subthalamic
Physiologic: instrumentation
Single-Blind Method
etiology [Low Back Pain]
Smoking: physiopathology
visual block
psychology [Knee]
Workplace
Coronary Artery Bypass: rehabilitation
Pain Measurement
this article was submitted
Knee Joint: physiology
Observer Variation
Lumbar Vertebrae
Intervertebral Disc Displacement: etiology
methods [Ambulatory]
physiopathology [Knee]
instrumentation [Ambulatory]
Exercise Therapy: methods
Smoking
physical activity assessment
Middle Aged
Statistical
etiology [Pain]
Exercise Therapy
Respiratory Function Tests
Pain Measurement: methods
Treatment Outcome
Knee: surgery
Female
diagnosis [Intervertebral Disc Displacement]
Factor Analysis
Stability
methods [Exercise Test]
Intervertebral Disc Displacement
Adult
Chronic Obstructive
Monitoring
Acceleration
surgery [Knee]
Pain
Workload
Calorimetry
Motor Activity
Occupational Diseases: etiology
études cliniques – analyse de la marche – ambulato
classification [Activities of Daily Living]
Arthroplasty
Pulmonary Disease
Oxygen Consumption
department
children
Predictive Value of Tests
Chronic Obstructive: physiopathology
activity of daily living
phys
Analysis of Variance
physiology [Knee Joint]
brain lesions
Reproducibility of Results
Chronic Obstructive: physiopath
methods [Indirect]
Low Back Pain: etiology
Activities of Daily Living: classification
Bicycling
monitor
Movement: physiology
parkinson
maximum expiratory pressure
Exercise Test
Quality of Life
Children�s motor development
etiology [Occupational Diseases]
Zdroj: Vrije Universiteit Amsterdam
Gait & posture, 482-486
STARTPAGE=482;ENDPAGE=486;TITLE=Gait & posture
Faber, H, Hoeven, H V, Ipenburg, S V, Lummel, R C V R C V R C V R C V, Blockhuis, N, Nienhuis, B, Heikens, S S C, Brandes, M, Zijlstra, W, Rosenbaum, D, Terwee, C B C B, Slikke, R M A V D R M A V D, Benink, R J R J, Meijers, W G H W G H, de Vet, H C W H C W, Pitta, F, Troosters, T, Spruit, M A, Decramer, M, Gosselink, R, Thoumie, P, Forward, M J, Plasschaert, F S, Burdorf, L, Windhorst, J, Beek, A J V D, Molen, H F V D, Swuste, P H J J, Janssen, M M J A, Pas, R, Aarts, J, Janssen-Potten, Y, Vles, J, Pinxteren, S A T V S V, Stokroos, R J R, Kingma, H, Pas, A J, Aarts, A F J, Nabuurs, C I H C, Janssen, Y, Mokkink, L B, van der Slikke, R M A, van Lummel, R C R C, Bouter, L M L M, de Vet, H C W H C W, de Witte, S J, Wetzels, L, Probst, V S, Peijl, I D V D, Vliet Vlieland, T P M, Versteegh, M I M, Lok, J J, Munneke, M, Dion, R A E, Bulthuis, Y, Vollenbroek-Hutten, M, Hermens, H J, Vendrig, L, Roozenburg, B, Wal, M V D, Lisowski, A E, Murray, D W, Lisowski, L A, Creusen, H, Witvrouw, E, Victor, J, Bellemans, J, Rock, B, Verdonk, R, Spenkelink, C D, Hutten, M M R, Greitemann, B O L, Schillemans, P F, Meijer, O G, Dikkenberg, N V D, Dieën, J H V J H V, Pijls, B, Wuisman, P I J M, Uiterwaal, M, Dam, M S V, Kok, G J, Vogelaar, F J, Taminiau, A H M, Derycke, P, Vilella, P, Loonbeek, S, Schuffelers, K, Jong, Z D, Zwinderman, A H, Tijhuis, G J, Hazes, J M W, Glerum, E B C, Busser, H J J, Ott, J, Blank, R, de Korte, W G, Veltink, P H P H, Bussmann, H B J, de Vries, W, Martens, W I J W L J, Kerkhof, G A, Koelma, F, Franken, H M, Kim, T-W, Kim, Y-W, Abrahin, O, Rodrigues, R P, Nascimento, V C, Silva-Grigoletto, M E D, Sousa, E C, Marçal, A C, Van Remoortel, H, Raste, Y, Louvaris, Z, Giavedoni, S, Burtin, C, Langer, D, Wilson, F, Rabinovich, R, Vogiatzis, I, Hopkinson, N S, Schooten, K S, Rispens, S M, Elders, P J M, Lips, P, Pijnappels, M, Andersson, M, Janson, C, Emtner, M, Sena, R, Holt, N E, Percac-Lima, S, Kurlinski, L A, Thomas Julia, C, Landry, P M, Campbell, B, Latham, N, Ni, P, Jette, A, Leveille, S G, Bean, J F, Bisi, M C, Riva, F, Stagni, R, Altuğ, F, Acar, F, Acar, G, Cavlak, U, Choi, H-C, Son, K Y, Cho, B, Park, S M & Cho, S-I 2006, Accelerometry based assessment of gait parameters in children . in Gait & posture . Gait & posture, vol. 10, pp. 482-486 . < http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=4175247&tool=pmcentrez&rendertype=abstract >
Popis: The objective of this study was to examine if spatio-temporal gait parameters in healthy children can be determined from accelerations measured at the lower trunk as has been demonstrated in adults, previously. Twenty children aged 3-16 years, participated in a protocol that involved repeated walks of different distances in an indoor environment. During walking, accelerations were measured by three orthogonally mounted acceleration sensors in a small wireless device (DynaPort MiniMod) that was attached to the lower back. Based on an inverted pendulum approach, spatio-temporal gait parameters and walking distances were computed from the acceleration signals. Results were compared to video observations and known walking distances and durations. Steps were successfully detected in 99.6+/-0.6% of all observed steps (n=5554). On average, walking distance was accurately estimated (100.6+/-3.3%, range 93-106.7%). No correlation was found between the number of miscounted steps and the total number of steps or the age of the subject. It can be concluded that the use of an inverted pendulum model provides the possibility to estimate spatio-temporal gait parameters in children as well as in adults. The method allows an inexpensive and comfortable assessment of gait parameters in children, is applicable in controlled, indoor environments and could be tested for applicability under free living conditions.
Databáze: OpenAIRE