Gait & Posture 28 2008) VI-IX *e ceurr en Contents lists available at ScienceDirect MNTURE Gait & Posture ELSEVIER journal homepage: www.elsevier.com/locate/gaitpost Volume 28 (2008) Author index Aaslund, M.K., R. Moe-Nilssen, Treadmill walking with body weight support Brunner, R., T. Dreher, J. Romkes, C. Frigo, Effects of plantarflexion on pelvis Effect of treadmill, harness and body weight support systems 28, 303 and lower limb kinematics 28, 150 Abboud, R.j., see Ramanathan, A.K. 28, 533 Bulstra, S.K., see Boerboom, A.L. 28, 610 Alimusaj, M., see Wolf, S.1. 28, 175 Burns, J., see Crosbie, |. 28,545 Al-Khabbaz, Y.S.S.M., T. Shimada, M. Hasegawa, The effect of backpack heaviness on trunk-lower extremity muscle activities and trunk posture Callaghan, J.P., see Gregory, D.E. 28, 86 28, 297 Camarota, G., see Troiano, A. 28, 179 Allet, L., S. Armand, R.A. de Bie, A. Golay, D. Monnin, K. Aminian, Campanini, |., see Galli, M. 28, 80 E.D. de Bruin, Reliability of diabetic patients’ gait parameters in a Campos, T.F.d., see Pereira, H.M. 28, 668 challenging environment 28, 680 CappaP,., F. Patane, S. Rossi, M. Petrarca, E. Castelli, A. Berth Alvarez, C.,M. De Vera, H. Chhina, A. Black, Normative data for the dynamic changing visual condition and frequency of horizontal osci pedobarographic profileso f children 28, 309 postural balance of standing healthy subjects 28, 615 Aminian, K., see Allet, L. 28, 680 Cappozzo, A., see Picerno, P. 28, 588 Aminian, K., see Coley, B. 28, 581 Cardoso, |.R., see Pereira, H.M. 28, 668 André, |.-M., see Beyaert, C. 28, 278 Carmick, |., Letter—Regarding function of the tri Andrysek, J., see Redekop, S. 28, 627 Carvalho, W.d.S., see Filho, M.C.d.M. 28, 316 Arand, M., see Dehner, C. 28, 113 Castelli, E., see Cappa, P. 28, 615 Armand, S., see Allet, L. 28, 680 Cereatti, A., see Picerno, P. 28, 588 Arndt, A., see Lundgren, P. 28, 93 Chenu, O., see Vuillerme, N. 28, 711 Arnold, G.P., see Ramanathan, A.K. 28, 533 Cheze, L., see Dumas, R. 28, 243 Aruin, A.S., see Li, X. 28, 538 Chhina, H., see Alvarez, C. 28, 309 Asahara, S., see Katsuhira, J]. 28, 258 Chihara, Y., see Ushio, M. 28, 552 Chong, R.K.Y., Factor analysis o Baltzopoulos, V., see Reeves, N.D. 28, 327 individuals 28, 144 Banse, X., see Mahaudens, P. 28, 703 Christopher Mason, R., see Ray, C.7 Barrett, R.S., see Mills, P.M. 28, 101 Chuang, T.-Y., see Yang, Y.-R. 28, 201 Begg, R.K., see Sparrow, W.A. 28, 563 Cimolin, V., see Galli, M. 28, 80 Belgiovine, G., see Quagliarella, L. 28, 699 Cinelli, M.E., A.E. Patla, Locomot avoidance benavioul Benedetti, M.G., see Ferrari, A. 28, 207 visually guided task involving an approaching object 28, 5 Bennett, D., L.H umphreys, S. O’Brien,C . Kelly, ].F. Orr, D.E. Beverland, Gait Cochrane, L., see Ramanathan, A.K. 28, 533 kinematics of age-stratified hip replacement patients—A large scale Cohen, M., see Pereira, H.M. 28, 668 long-term follow-up study 28, 194 Coley, B., B.M. Jolles, A. Farron, K. Aminian Arm positio Berthoz, A., see Cappa, P. 28, 615 activity 28,581 Bettinelli, D., see Ferrari, A. 28, 207 Colné, P., M.L. Frelut, G. Pérés, P. Thoumie Beverland, D.E., see Bennett, D. 28, 194 adolescents assessed by limits of stability ; Beyaert, C., C.G rumillier, N.M artinet, J.P aysant, J.-M. André, Compensatory Cosgrove, A.P., see Molloy, M. 28, 559 mechanism involving the knee joint of the intact limb during gait in Crenna, P., see Ferrari, A. 28, 207 unilateral below-knee amputees 28, 278 Crétual, A., see Fusco, N. 28, 663 Bisiaux, M., P. Moretto, The effects of fatigue on plantar pressure Crivellini, M., see Galli, M. 28, 80 distribution in walking 28, 693 Croce, R., see Ray, C.T. 28, 58 Black, A., see Alvarez, C. 28, 309 Crosbie, J., J. Burns, R.A. Ouvrier, Pressure cNaracteristics in Boerboom, A.L., M.R. Huizinga, W.A. Kaan, R.E. Stewart, A.L. Hof, cavus feet resulting from Charcot-Marie-Tooth disease 28, 5 S.K. Bulstra, R.L. Diercks, Validation of a method to measure the proprioception of the knee 28, 610 > Bie, R.A., see Allet, L. 28, 680 Boisgontier, M., see Vuillerme, N. 28, 521 le Bruin, E.D., see Allet, L. 28, 680 Bollini, G., see Jacquemier, M. 28, 187 >»G uise, J., see Labbe, D.R. 28, 170 Bosker, G., see Silverman, A.K. 28, 602 > Vera, M., see Alvarez, C. 28, 309 Brandes, M., R. Schomaker, G. Méllenhoff, D. Rosenbaum, Quantity versus *hner, C., B.H eym, D. Maier, S. Sander, M. Arand, M. Elbel, E. Hartw quality of gait and quality of life in patients with osteoarthritis 28, 74 Kramer, Postural control deficit in acute OTF grade Il whiplas Brostrém, E., see Weiss, R.J. 28, 229 28, 113 Brumagne, S., L. Janssens, E. Janssens, L. Goddyn, Altered postural Demongeot, |., see Vuillerme, N. 28, 711 control in anticipation of postural instability in persons with recurrent Detrembleur, C.. see Mahaudens, P. low back pain 28, 657 Dhaher, Y., see Keshner, E.A. 28, 127 Gait & Posture 28 2008) VI-IX *e ceurr en Contents lists available at ScienceDirect MNTURE Gait & Posture ELSEVIER journal homepage: www.elsevier.com/locate/gaitpost Volume 28 (2008) Author index Aaslund, M.K., R. Moe-Nilssen, Treadmill walking with body weight support Brunner, R., T. Dreher, J. Romkes, C. Frigo, Effects of plantarflexion on pelvis Effect of treadmill, harness and body weight support systems 28, 303 and lower limb kinematics 28, 150 Abboud, R.j., see Ramanathan, A.K. 28, 533 Bulstra, S.K., see Boerboom, A.L. 28, 610 Alimusaj, M., see Wolf, S.1. 28, 175 Burns, J., see Crosbie, |. 28,545 Al-Khabbaz, Y.S.S.M., T. Shimada, M. Hasegawa, The effect of backpack heaviness on trunk-lower extremity muscle activities and trunk posture Callaghan, J.P., see Gregory, D.E. 28, 86 28, 297 Camarota, G., see Troiano, A. 28, 179 Allet, L., S. Armand, R.A. de Bie, A. Golay, D. Monnin, K. Aminian, Campanini, |., see Galli, M. 28, 80 E.D. de Bruin, Reliability of diabetic patients’ gait parameters in a Campos, T.F.d., see Pereira, H.M. 28, 668 challenging environment 28, 680 CappaP,., F. Patane, S. Rossi, M. Petrarca, E. Castelli, A. Berth Alvarez, C.,M. De Vera, H. Chhina, A. Black, Normative data for the dynamic changing visual condition and frequency of horizontal osci pedobarographic profileso f children 28, 309 postural balance of standing healthy subjects 28, 615 Aminian, K., see Allet, L. 28, 680 Cappozzo, A., see Picerno, P. 28, 588 Aminian, K., see Coley, B. 28, 581 Cardoso, |.R., see Pereira, H.M. 28, 668 André, |.-M., see Beyaert, C. 28, 278 Carmick, |., Letter—Regarding function of the tri Andrysek, J., see Redekop, S. 28, 627 Carvalho, W.d.S., see Filho, M.C.d.M. 28, 316 Arand, M., see Dehner, C. 28, 113 Castelli, E., see Cappa, P. 28, 615 Armand, S., see Allet, L. 28, 680 Cereatti, A., see Picerno, P. 28, 588 Arndt, A., see Lundgren, P. 28, 93 Chenu, O., see Vuillerme, N. 28, 711 Arnold, G.P., see Ramanathan, A.K. 28, 533 Cheze, L., see Dumas, R. 28, 243 Aruin, A.S., see Li, X. 28, 538 Chhina, H., see Alvarez, C. 28, 309 Asahara, S., see Katsuhira, J]. 28, 258 Chihara, Y., see Ushio, M. 28, 552 Chong, R.K.Y., Factor analysis o Baltzopoulos, V., see Reeves, N.D. 28, 327 individuals 28, 144 Banse, X., see Mahaudens, P. 28, 703 Christopher Mason, R., see Ray, C.7 Barrett, R.S., see Mills, P.M. 28, 101 Chuang, T.-Y., see Yang, Y.-R. 28, 201 Begg, R.K., see Sparrow, W.A. 28, 563 Cimolin, V., see Galli, M. 28, 80 Belgiovine, G., see Quagliarella, L. 28, 699 Cinelli, M.E., A.E. Patla, Locomot avoidance benavioul Benedetti, M.G., see Ferrari, A. 28, 207 visually guided task involving an approaching object 28, 5 Bennett, D., L.H umphreys, S. O’Brien,C . Kelly, ].F. Orr, D.E. Beverland, Gait Cochrane, L., see Ramanathan, A.K. 28, 533 kinematics of age-stratified hip replacement patients—A large scale Cohen, M., see Pereira, H.M. 28, 668 long-term follow-up study 28, 194 Coley, B., B.M. Jolles, A. Farron, K. Aminian Arm positio Berthoz, A., see Cappa, P. 28, 615 activity 28,581 Bettinelli, D., see Ferrari, A. 28, 207 Colné, P., M.L. Frelut, G. Pérés, P. Thoumie Beverland, D.E., see Bennett, D. 28, 194 adolescents assessed by limits of stability ; Beyaert, C., C.G rumillier, N.M artinet, J.P aysant, J.-M. André, Compensatory Cosgrove, A.P., see Molloy, M. 28, 559 mechanism involving the knee joint of the intact limb during gait in Crenna, P., see Ferrari, A. 28, 207 unilateral below-knee amputees 28, 278 Crétual, A., see Fusco, N. 28, 663 Bisiaux, M., P. Moretto, The effects of fatigue on plantar pressure Crivellini, M., see Galli, M. 28, 80 distribution in walking 28, 693 Croce, R., see Ray, C.T. 28, 58 Black, A., see Alvarez, C. 28, 309 Crosbie, J., J. Burns, R.A. Ouvrier, Pressure cNaracteristics in Boerboom, A.L., M.R. Huizinga, W.A. Kaan, R.E. Stewart, A.L. Hof, cavus feet resulting from Charcot-Marie-Tooth disease 28, 5 S.K. Bulstra, R.L. Diercks, Validation of a method to measure the proprioception of the knee 28, 610 > Bie, R.A., see Allet, L. 28, 680 Boisgontier, M., see Vuillerme, N. 28, 521 le Bruin, E.D., see Allet, L. 28, 680 Bollini, G., see Jacquemier, M. 28, 187 >»G uise, J., see Labbe, D.R. 28, 170 Bosker, G., see Silverman, A.K. 28, 602 > Vera, M., see Alvarez, C. 28, 309 Brandes, M., R. Schomaker, G. Méllenhoff, D. Rosenbaum, Quantity versus *hner, C., B.H eym, D. Maier, S. Sander, M. Arand, M. Elbel, E. Hartw quality of gait and quality of life in patients with osteoarthritis 28, 74 Kramer, Postural control deficit in acute OTF grade Il whiplas Brostrém, E., see Weiss, R.J. 28, 229 28, 113 Brumagne, S., L. Janssens, E. Janssens, L. Goddyn, Altered postural Demongeot, |., see Vuillerme, N. 28, 711 control in anticipation of postural instability in persons with recurrent Detrembleur, C.. see Mahaudens, P. low back pain 28, 657 Dhaher, Y., see Keshner, E.A. 28, 127 Author index vol. 28 (2008 Diercks, R.L., see Boerboom, A.L. 28, 610 Hudson, D., A comp. Déderlein, L., see Wolf, S.1. 28, 175 measurements ¢ Doherty, A., see Manor, B. 28, 343 1izinga, M.R Dreher, T., see Brunner, R. 28, 150 umphreys, | Dumas, R., L.C heze, Hip and knee joints are more stabilized than driver during the stance phase of gait: An analysis of the 3D angle between joint moment and joint angular velocity 28, 243 Elbel, M., see Dehner, C. 28, 113 Farmer, S.E., G. Pearce, C. Stewart, Developing a technique to measure intra-limb coordination in gait: Applicable to children with cerebral palsy 28, 217 Farron, A., see Coley, B. 28,581 FerraAr.,i ,M. G. Benedetti, E. Pavan, C. Frigo, D. Bettinelli, M. Rabuffett P. Crenna, A. Leardini, Quantitative comparison of five current protocols in gait analysis 28, 207 Fey, N.P., see Silverman, A.K. 28, 602 Filho, M.C.d.M., R. Yoshida, W.d.S. Carvalho, H.E. Stein, N.F. Novo, Are the recommendations from three-dimensional gait analysis associated wit! better postoperative outcomes in patients with cerebral palsy? 28, 316 Findlow, A., |.Y. Goulermas, C. Nester, D. Howard, L.P.J. Kenney, Predictin lower limb joint kinematics using wearable motion sensors 28, 120 Fleury, A., see Vuillerme, N. 28, 711 Fransson, P.A., see Patel, M. 28, 649 Frelut, M.L., see Colné, P. 28, 164 Frigo, C., see Brunner, R. 28, 150 Frigo, C., see Ferrari, A. 28, 207 Fusco, N., A. Crétual, Instantaneous treadmill speed determinatior subject's kinematic data 28, 663 Galli,M ., V. Cimolin,M . Crivellini, |.C ampanini, Quantitative ana to stand movement: Experimental set-up definition and applicat healthy and hemiplegic adults 28, 80 Garcia, M.d.C., see Pereira, H.M. 28, 668 Gautier, G., R. Thouvarecq, N. Vuillerme, Postural contro! and p} er configuration: Influence of expertise in gymnastics 28, 46 Gautier, G., see Leroy, D. 28, 265 Genda, E., see Kanai, A. 28, 52 Glard,Y ., see Jacquemier, M. 28, 187 Goddyn, L., see Brumagne, S. 28, 657 Golay, A., see Allet, L. 28, 680 Gomez, S., see Patel, M. 28, 649 Goulermas, |.Y., see Findlow, A. 28, 120 Gregory, D.E., |.P. Callaghan, Prolonged stan development of low back discomfort mechanisms 28, 86 Gresty, M.A., see Kerr, T.P. 28, 108 Groéndal, L., see Weiss, R.J. 28, 229 Grumillier, C., see Beyaert, C. 28,278 Hagemeister, N., see Labbe, D.R. 28, 170 Halbertsma, |.P.K., see Vrieling, A.LH. 28, 222, 235 Halvorsen, K., see Harringe, M.L. 28, 38 Harato, K., T. Nagura, H. Matsumoto, T. Otani, Y. Toyama analysis of simulated knee flexion contracture to eluci syndrome 28, 687 Harringe, M.L., K. Halvorsen, P. Renstrém, S. Wernet measured as the center of pressure excursion in young with low back pain or lower extremity injury 28, 38 Hartwig, E., see Dehner, C. 28, 113 Hasegawa, M., see Al-Khabbaz, Y.S.S.M. 28, 297 Heneghan, P., see Pollock, R. 28, 271 Heym, B., see Dehner, C. 28, 113 Hillman, S.]., see Ong, A.M.L. 28, 323 Hirai, Y., see Katsuhira, J. 28, 258 Hof, A.L.. see Boerboom, A.L. 28, 610 Hof, A.L., see Vrieling, A.H. 28, 222, 2 Horvat, M., see Ray, C.T. 28, 58 Houck, J].R., |.M. Tome, D.A. Nawoczenski, Subtalar neuts an offset for a kinematic model of the foot during Howard, D., see Findlow, A. 28, 120 Vill Author index vol. 28 (2008 Lundgren, P., C. Nester, A. Liu, A. Arndt, R. Jones, A. Stacoff, P. Wolf, Pavan, E., see Ferrari, A. 28, 207 A. Lundberg, Invasive in vivo measurement of rear-, mid- and forefoot Pavan, P., see Vuillerme, N. 28, 711 motion during walking 28, 93 Payan, Y., see Vuillerme, N. 28, 711 Lush, D., see Patel, M. 28, 649 Paysant, J., see Beyaert,C. 28, 278 Pearce, G., see Farmer, S.E. 28, 217 Mackey, A.H., N.S. Stott, S.E. Walt, Reliability and validity of an activity Pereira, H.M., T.F.d. Campos, M.B. Santos, |.R. Cardoso monitor (IDEEA) in the determinationo f temporal-spatial gait parameters M. Cohen, Influence of knee position on the postural in individuals with cerebral palsy 28, 634 registered by the Biodex Stability System 28, 668 MacWilliams, B.A., A comparison of four functional methods to determine Pérés, G., see Colné, P. 28, 164 centers and axes of rotations 28, 673 Petrarca, M., see Cappa, P. 28, 615 Madigan, M.L., see Lin, D. 28, 337 Picerno, P., A. Cereatti, A. Cappozzo, Joint kinematics estimate Maganaris, C.N., see Reeves, N.D. 28, 327 wearable inertial and magnetic sensing modules 28, 588 Mahaudens, P., X. Banse, C. Detrembleur, Effects of short-term brace Pinsault, N., see Vuillerme, N. 28, 711 wearing on the pendulum-like mechanism of walking in healthy subjects Pollock, R., P. Heneghan, P.E. Riches, Under-arm partial body 28, 703 unloading causes spinal elongation and vibration attenuatior Maier, D., see Dehner, C. 28, 113 treadmill walking 28, 271 Manor, B., A. Doherty, L. Li, The reliability of physical performance measures Pomero, V., see Jacquemier, M. 28, 187 in peripheral neuropathy 28, 343 Portillo, A., see Silverman, A.K. 28, 602 Martinet, N., see Beyaert, C. 28,278 Postans, N., see Stewart, C. 28, 349 Maruyama, H., see Katsuhira, J. 28, 258 Postema, K., see Vrieling, A.H. 28, 222, 235 Matsumoto, H., see Harato, K. 28, 687 McDowell, B.C., see Molloy, M. 28, 559 Quagliarella, L., N. Sasanelli, G. Belgiovine, An in Menger, J., see Veneman,J. F. 28, 157 consciousness detector system 28, 699 Menz, H.B., see Kavanagh, J.J. 28, 1 Merletti, R., see Troiano, A. 28, 179 Rabuffetti, M., see Ferrari, A. 28, 207 Mesin, L., see Troiano, A. 28, 179 Ramanathan, A.K., M.C. John, G.P. Arnold, L. Cochrane, R.J. Abboud, The Mills, P.M., R.S. Barrett, S. Morrison, Toe clearance variability during walking effects of off-the-shelf in-shoe heel inserts on forefoot plantar in young and elderly men 28, 101 pressure 28, 533 Milner, C.E., Interlimb asymmetry during walking following unilateral total Ray, C.T., M. Horvat, R. Croce, R. Christopher Mason, S.L. Wolf, The impact knee arthroplasty 28, 69 of vision loss on postural stability and balance strategie Miyamoto, K., see Kasahara, S. 28, 251 individuals with profound vision loss 28, 58 Moe-Nilssen, R., see Aaslund, M.K. 28, 303 Redekop,S. , J. Andrysek, V.W right, Single-session reliability of discrete g Mohagheghi, A.A., see Reeves, N.D. 28, 327 parameters in ambulatory children with cerebral palsy based on Mollenhoff, G., see Brandes, M. 28, 74 level 28, 627 Molloy, M., J. Salazar-Torres, C. Kerr, B.C. McDowell, A.P. Cosgrove, The Reeves, N.D., M. Spanjaard, A.A. Mohagheghi, \ j effects of industry standard averaginangd filtering techniques in kinematic C.N. Maganaris, Influence of light handrail use on the biomechat gait analysis 28,559 Stair negotiation in old age 28, 327 Monnin, D., see Allet, L. 28, 680 Renstrom, P., see Harringe, M.L. 28, 38 Moretto, P., see Bisiaux, M. 28, 693 Rettig, O., see Wolf, S.1. 28, 175 Morley, T., see Kerr, T.P. 28, 108 Riches, P.E., see Pollock, R. 28, 271 Morrison, S., see Mills, P.M. 28, 101 Robb, J.E., see Ong, A.M.L. 28, 323 Murofushi, T., see Ushio, M. 28, 552 Robb, S.A., see Kerr, T.P. 28, 108 Roberts, A., see Stewart, C. 28, 349 Naddeo, F., see Troiano, A. 28, 179 Romkes, J., see Brunner, R. 28, 150 Nagura, T., see Harato, K. 28, 687 Rosenbaum,D ., see Brandes, M. 28, 74 Nawoczenski, D.A., see Houck, |.R. 28, 29 Rossi, S., see Cappa, P. 28, 615 Neptune, R.R., K. Sasaki, S.A. Kautz, The effect of walking speed on muscie Rowe, P.J., see van der Linden, M.L. 28, 29: function and mechanical energetics 28, 135 Rozumalski, A., see Stewart, C. 28, 349 Neptune, R.R., see Silverman, A.K. 28, 602 Nester, C., see Findlow, A. 28, 120 Salazar-Torres, ]., see Molloy, M. 28, 559 Nester, C., see Lundgren, P. 28, 93 Sander, S., see Dehner, C. 28, 113 Novo, N.F., see Filho, M.C.d.M. 28, 316 Santos, M.B., see Pereira, H.M. 28, 668 Nussbaum, M.A., see Lin, D. 28, 337 Sasaki, H., see Katsuhira, |. 28, 258 Nutton, R.W., see van der Linden, M.L. 28, 292 Sasaki, K., see Neptune, R.R. 28, 135 Sasanelli, N., see Quagliarella, L. 28, 699 O'Brien, S., see Bennett, D. 28, 194 Scheys, L., A.S paepen, P. Suetens, |. jonkers, Calculated moment-arn Ong, A.M.LL., S.]. Hillman, ].E. Robb, Reliability and validity of the Edinburgh muscle-tendon lengths during gait differ substantially using M R base Visual Gait Score for cerebral palsy when used by inexperienced observers versus rescaled generic lower-limb musculoskeletal model 28. 640 28, 323 Schomaker, R., see Brandes, M. 28, 74 Orr, J.F., see Bennett, D. 28, 194 Schoppen, T., see Vrieling, A.H. 28, 222, 235 Otani, T., see Harato, K. 28, 687 Schwartz, M.H., see Stewart, C. 28, 349 Otten, E., see Vrieling, A.H. 28, 222, 235 Seeley, M.K., B.R. Umberger, R. Shapiro Ouvrier, R.A., see Crosbie, |. 28, 545 asymmetry hypothesis in walking 28, 24 Seol, H., see Lin, D. 28, 337 Palmblad, K., see Weiss, R.]. 28, 229 Shapiro, R., see Seeley, M.K. 28, 24 Parijat, P., T.E. Lockhart, Effects of quadriceps fatigue on the biomechanics of Shimada, T., see Al-Khabbaz, Y.S.S.M. 28, 297 gait and slip propensity 28, 568 Silverman, A.K., N.P. Fey, A Parker, S., see Sparrow, W.A. 28, 563 R.R. Neptune, Compensatory me¢ Patané, F., see Cappa, P. 28, 615 response to increasing Steady-state w. Patel, M., P.A. Fransson, D. Lush, S$. Gomez, The effect of foam surface Smith, B.A., B.D. Ulrich, Early onset of stabiliziv properties on postural stability assessment while standing 28, 649 obstacles: Older adults with Dow1 Patla, A.E., see Cinelli, M.E. 28, 596 Sosso, E., see Troiano, A. 28, 179 Spaepen, A., see Scheys, L. 28, 640 Spanjaard, M., see Reeves, N.D. 28, 327 Sparrow, W.A., R.K. Begg, S. Parker, Variability in the foot and step timingo f young and older men during treadmill walking 28, 563 Stacoff, A., see Lundgren, P. 28, 93 Stark, A., see Weiss, R.J. 28, 229 Stein, H.E., see Filho, M.C.d.M. 28, 316 Stewart, C., N. PostansM,. H. Schwartz, A Stewart, C., see Farmer, S.E. 28, 217 Stewart, R.E., see Boerboom, A.L. 28, 610 Stott, N.S., see Mackey, A.H. 28, 634 Suda, Y., see Harato, K. 28, 687 Suetens, P., see Scheys, L. 28, 640 Sung, W.-H., see Yang, Y.-R. 28, 201 uki, Y , see Kanai, A. 28,52 Takahashi, M., see Kasahara, S. 28, 251 Takeda, N., see Kasahara, S. 28, 251 Thoumie, P., see Colné, P. 28, 164 Thouvarecgq, R., see Gautier, G. 28, 46 Thouvarecg, R., see Leroy, D. 28, 265 Tome, |.M., see Houck, |.R. 28, 29 Toyama, Y., see Harato, K. 28, 687 Tremblay, M., see LabbeD,. R. 28, 170 Troiano, A., F. Naddeo, E. Sosso, G. Camarota, R. Merletti Assessment of force and fatigue in isometric contractions of the trapezius muscle by surface EMG signal and perceived exertion scale 179 Tsai, M.-P., see Yang, Y.-R. 28, 201 Turner, D.E., |.W oodburn, Characterising the clinical and biomecha features of severely deformed feet in rheumatoid arthritis 28 Ulrich, B.D., see Smith, B.A. 28, 448 Umberger, B.R., see Seeley, M.K. 28, 24 Ushio, M., T. Murofushi, Y. Chihara,S . Iwasaki, T. Yamaguchi of vibratory thresholds as a clinical examination for unsteadued toi snomaetossenssor y disorders 28, 552 van Asseldonk, E.H.F., see Veneman, |.F. 28, 157 van der Helm, F.C.T., see Veneman, |.F. 28, 157 van der Kooij, H., see Veneman, |.F. 28, 157 van der Linden, M.L., P.J. Rowe, R.W. Nutton, Between-dai knee kinematics during functional tasks recordec electrogoniometry 28, 292 Gait & Posture 28 2008 )X -XVI Contents lists available at ScienceDirect Gait & Posture ELSELd VIER journal homepage: www.elsevier.com/locate/gaitpost Volume 28 (2008) Subject index Able-bodied gait; Bilateral asymmetry; Impulse 28, 24 Anterior cruciate ligament; Proprioception; Knee passive motion 28, 610 Acceleration; Locomotion; Posture; Stability 28, 1 Anticipatory postural adjustments; Simulated gravity; Body mass Accelerometer: Falls: Loss of consciousness; Elderly; ADL 28, 699 Human 28, 538 Accelerometers and gyroscopes; Outcome evaluation; Upper-limbs APA: Posture; Cascade jug5gSl!i ng: Facilitation; Variability 28, yA 265 activity; Ambulatory system 28, 581 Approaching object; Collision avoidance Human locomotior Accelerometers; Gait; Cerebral palsy 28, (34 guided 28, 596 Accelerometry; Treadmill; Body weight support; Gait 28, 303 Attention; Ageing; Reaction time; Dual task; Treadmill walking ground clearance 28, 563 Accuracy; Center of rotation; Axiso f rotation; Joint center: Gait analysis 28, 673 Averaging methods; Kinematics: Non-impaired gait 28, 559 Acetabular dysplasia; Ambulatory training; Hip joint moment 28, 52 Axofi rotsatio n; Center of rotation: joint center: Gait analysis; Accuracy 28, 673 Acute whiplash; Postural control; Neck proprioception; Neck pain 28, 113 Backpack; Trunk posture; Load carriage: Electromyography; VICON 28, 297 ADL; Falls; Loss of consciousness; Accelerometer; Elderly 28, 699 Balance; Biomechanics; Locomotion; Neuropathy; Reliability 28, 343 Adolescent; Gait initiation; Postural stability; Obesity; Locomotion 28, 164 Balance control; Sensory substitution; Vestibular-defective patients Tongue Display Unit; Centre-of-foot pressure 28, 711 AFO; Spina Bifida; Gait analysis; Carbon fiber spring; Orthosis 28, 175 Balance; Dynamic postural control; Rotating platform 28, 615 Ageing; Minimum toe clearance; Kinematics; Joint angles; Gait 28, 101 Balance; Force platform; Postural sway Reliability; Sports injury Ageing; Reaction time; Attention; Dual task; Treadmill walking; Foot Teamgym:; Quiet stance 28, 38 ground clearance 28, 563 Balance; Functional reach test; Movement strategy; Center of Aging; Center of pressure; Postural control; Reliability 28, 337 Kinematics 28, 16 Algorithm; Belt speed; Treadmill; Kinematic data; Gait events 28, 663 Balance; Gait; Posture; Falls; Motor control; Factor analysis; Functional limitations; Turning; Walking; Lunge; Tandem Walk; Stepping; Turning; Ambulatory system; Outcome evaluation; Accelerometers and Sit-to-Stand 28, 144 gyroscopes; Upper-limbs activity 28, 581 Balance; Multisensory; Perception/action; Optic flow; Gymnastics 28, 46 Ambulatory training; Acetabular dysplasia; Hip joint moment 28, 52 Balance: Postural control; Feed-forward: Elderly: Dual task 28, 62 Amputees; Dynamic balance; Rehabilitation; Centre of pressure 28, 222 Balance; Reproducibility of results; Postural balance; Knee; Biodex Amputees; Gait; Rehabilitation; Prosthetics 28, 235 Stability System; Dynamic balance 28, 668 Anatomical calibration; Movement analysis; Anatomical frame definition: Belt speed; Algorithm; Treadmill; Kinematic data; Gait events 28, 663 Joint angular kinematics; Wearable devices; Inertial and magnetic sensing 28, 588 Bilateral asymmetry; Able-bodied gait; Impulse 28, 24 Anatomical frame definition; Movement analysis; Anatomical calibration; Biodex Stability System; Reproducibility of results; Postural balance: Joint angular kinematics; Wearable devices; Inertial and magnetic Knee; Balance; Dynamic balance 28, 668 sensing 28, 588 Biomechanical modelling; Soleus gastrocnemius function; Hip internal Ankle; Proprioception; Muscle fatigue; Force matching 28, 521 rotation; Pelvic retraction; Spastic plantarflexion 28, 150 Subject index vol. 28 (2008 Biomechanics; Balance; Locomotion: Neuropathy; Reliability 28, 343 Disability; Rheumatoid Impairments 28, 574 Biomechanics; Musculoskeletal modelling: Gait: MR 28, 640 Discomfort; Spine post Biomechanics; Spine; Vibration; Walking 28, 271 Regression 28, 8f Body mass; Anticipatory postural adjustments; Simulated gravity; Human Down syndrome; Gait 28, 538 Dual task: Agein Body weight support; Treadmil!; Gait; Accelerometry 28, 303 1d clearance Borg scale; Surface EMG: Myoelectric manifestations of fatigue; Force 28 Dual task: Balance: | 179 Duchenne muscular dystrophy Carbon fiber spring; Spina Bifida; Gait analysis; AFO; Orthosis 28, 175 Dynamic balance: Amp Cascade juggling; Posture; Facilitation; Variability; APA 28, 265 Dynamic balance; Repro Cavoid; Charcot-Marie-Tooth; Foot pain; Pressure 28, 545 Biodex Stability Systen Center of mass; Functional reach test: Movement strategy: Balance Dynamic postural control: Ba Kinematic2s8 , 16 Dynamic simulation; Gait Centero f pressure; Aging: Postural control; Reliability 28, 337 135 Center of rotation: Axis of rotation: Joint center: Gait analysis: Accuracy Elderly; Balance; Pos 28, 673 Elderly; Falls Centre of mass: Stairs; Older adults: Joint moments: Handrails 28, 327 Elderly; Independent Centre of pressure; Dynamic balance: Amputees; Rehabilitation 28, 222 Electrical stimulation Centre-of-foot pressure; Balance control; Sensory substitution Vestibular-defective patients; Tongue Display Unit 28, 711 Electrogoniometry; Kne Cerebral palsy; Accelerometers; Gait 28, 634 Electromyography: Bax Cerebral palsy; Gait; Visual assessment 28, 323 EMG; Spine posture Regression28 , 86 Cerebral palsy; Lower limb intra-limb coordination; Gait 28, 217 Energy cost; Scoli Cerebral palsy; Reliability; Children; Gait analysis 28, 627 Facilitation; Posture; C. Cerebral palsy; Three-dimensional gait analysis; Orthopedic surgery 28 316 Factor analysis; Gait: Balance: P limitations; Turning: Walking: Lunge Cerebrovascular accident; Virtual reality; Community ambulation 28, 201 Sit-to-Stand 28, 144 Charcot-Marie-Tooth; Cavoid; Foot pain; Pressure 28, 545 Falls: Gait; Balance; Posture; Motor control: Factor limitations Turning Walking Lui Tandem W: Children; Femoral Anteversion; Tibial Torsion 28, 187 Sit-to-Stand 28, 144 Children; Pedobarography;: Foot pressure; Normal database: Foot Falls; Gait; Fatigue: Slips and Falls pathology 28, 309 Falls: Loss of consciousness Accelerometer Children; Reliability; Gait analysis; Cerebral palsy 28, 627 Fatigue; Gait; Falls: Slips and Falls; Slip propensity; Locomotion 28, 568 Collision avoidance; Human locomotion; Visually guided; Approaching object 28, 596 Fatigue; In-shoe measurements; Plantar pressure; Walking 28, 693 Community ambulation; Virtual reality; Cerebrovascular accident 28, 201 Feed-forward; Balance: Postural control: Elderly; Dual task 28, 62 3D angle; Gait; Inverse dynamics; Joint power; Propulsion or resistance: Femoral Anteversion; Tibia! Torsion: Children 28, 18 Stabilization 28, 243 Femur: Ultrasound: Goniometry: Tor Tibia 28, 708 Data reduction; Gait analysis; Inter-protocol repeatability; Kinematics Kinetics 28, 207 Foam, Postural control; Surface properties; Vision 28, 649 Devices; Gait; Treadmill Walking; Rehabilitation 28, 157 Foot: Kinematics; Gait: In vivo 28, 93 Diabetes; Gait; Reliability 28, 680 Foot: Kinematics; Subtaler neutral; Gait 28, 29 Xll Subject index vol. 28 (2008 Foot pain; Charcot-Marie-Tooth; Cavoid; Pressure 28, 545 Gait; Down syndrome; Older adults: Stability Obstacle 28, 4-¢ Foot pathology; Pedobarography; Foot pressure; Normal database Gait; Electrical stimulation; Gast Children 28, 309 Gait; Energy cost; Scoliosis; Orthosis 28 Foot; Pedar”; In-shoe heel inserts; Pressure 28, 533 Gait events; Belt speed; Algorithn Foot pressure; Pedobarography Normal database: Foot Children 28, 309 Gait; Falls; Fatigue; Slips and Fall Foot pressure; Rheumatoid arthritis; Foot Gait analysis Gait; Foot; Kinematics Impairments 28, 574 Gait; Foot; Kinematics; Subt: Foot; Rheumatoid arthritis; Gait analysis; Foot pressure impairments 28, 574 Gait initiation: Postural stab Foot-ground clearance; Ageing; Reaction time; Attention Gait; Inverse dynamics; Joint Treadmill walking 28, 563 Stabilizat28i,o 2n4 3 Force matching; Proprioception; Muscle fatigue; Ankle 28, 52 Gait; Joint replacement; Knee Force platform; Balance; Postural sway; Reliability Sports injury Gait; Knee kinematics; Functi Teamgym; Quiet stance 28, 38 attachment system 28, 170 Force; Surface EMG; Myoelectric manifestations of fatigue: Borg scale 28 Gait; Lower limb intra 179 Gait; Minimum toe cleara Function; Electrogoniometry; Knee kinematics; Repeatability 28, 292 Gait; Muscle work; Mt Functional limitations; Gait; Balance; Posture; Falls; Motor control; Factor 135 analysis; Turning; Walking; Lunge; Tandem Walk; Stepping; Turning: Sit-to-Stand 28, 144 Gait; Musculoskeletal modellin Functional method; Knee kinematics; Validation; Reliability: ¢ it; Market Gait; Simulated knee flexion « attachment system 28, 170 Knee-spine syndrome 28, 68 Functional reach test: Movement strategy: Center of mass Balance Gait; Trans-tibial amputee; Kr Kinematics 28, 16 2/8 Gait; Accelerometers; Cerebral palsy 28, 634 Gait; Treadmill: Body wei Gait; Amputees; Rehabilitation; Prosthetics 28, 235 Gait; Treadmill Walking; Rehal Gait analysis; Center of rotation; Axis of rotation; Joint center - Accurat y 28 Gastrocnemius: Electrica 673 Goniometry; Ultrasound; To Gait analysis; HAQ; Kinematics; Kinetics; Levels of functional disability 28, 229 Ground reaction force: Gait: | Gait analysis; Hip replacement; Kinematics; Long-term follow-up 28, 194 Ground reaction force impulse amputee28 , 602 Gait analysis; Inter-protocol repeatability Kinematics Kinetic reduction28 , 207 Gymnastics; Balance; Mult Gait analysis: Motion sensors Kinemtaic prediction; Neural retwork 28 Handrails; Stairs; Older adu 120 HAQ; Gait analysis; Kinematics; Kir Gait analysis: Reliability: Children: Cerebral palsy 28, 62 Hemiplegia; Sit to stand: Kinen Gait analysis; Rheumatoid arthritis Foot: Foot pressure Di wility Impairments 28, 574 Hip fracture; Elderly: Independent Gait analysis; Spina Bifida; AFO; Carbon fiber spring: Orthosis 28 Hip internal rotation: Sol modelling; Pelvic retractio Gait; Balance; Posture; Falls Motor control; Factor analysis Functiona limitations; Turning; Walking; Lunge; Tandem Walk; Stepping: Turning Hip joint moment; Acetabula Sit-to-Stand 28, 144 Hip; Physical activity Gait; Cerebral palsy; Visual assessment 28, Knee 28, 74 Gait; Diabetes; Reliability 28, 680 Hip replacement; Gait ana! p28 194 SuDJect ind Human; Anticipatory postural adjustments; Simulated gravity; Body mas Kinematics; Si 28, 538 population 28, 2 Human locomotion; Collision avoidance; Visually guided; Approachin Kinemtaic prediction object 28, 596 120 Impairments; Rheumatoid arthritis; Fe sait analysis; Foot pressure Kinetics Disability 28, 574 28, 229 Impulse; Able-bodied gait; Bilateral asymmetry 28, 2¢ Kinetics luct 28 In vivo; Foot; Kinematics; Gait 28, 93 Kinetics Independent living; Elderly; Hip fracture; Movement analysis 2 Kinetics Inertial and magnetic sensing; Movement analy calibration; Anatomical frame definition: Joint angul [ Wearable devices 28, 588 Knee In-shoe heel inserts: Pedar”: Foot; Pressure 28 Knee In-shoe measurements; Plantar pressure: Fatigue Knee kinematics Inter-protocol repeatability; Gait analysis; Kinematics reduction 28, 207 Knee kinematics: | ttachment system 28 Inverse dynamics; Gait; Joint power: 3D angle; Propulsion or re Stabilization 28, 243 Joint angles; Minimum toe clearance; Ageing; Kinematics; Gait 28, 101 Knee; Rep Joint angular kinematics; Movement analysis; Anatomical! calibratio Balance; Dy Anatomical frame definition; Wearable devices; Inertial and magne sensing 28, 588 Knee Joint center; Center of rotation; Axis of rotation; Gait analysis: Accuracy 28, ¢ Knee-spine syndrome Joint kinetics; Ground reaction force impulse; Propulsion: Trar ia kinema tand t 28 amputee 28, 602 Levels of functional disability Joint moment; Low back load; Patient-handling tasks 28, 25 28, 229 Joint moments: Stairs; Older adults: Centreo f mass; Handrails 28, 32 Load carriage: | Joint power; Gait; Inverse dynamics; 3D angle; Propulsio Stabilization 28, 243 Locomotion Joint replacement; Gait: Knee; Ground reaction force; Symmetry 3 ( Locomotion Kinematic data; Belt speed; Algorithm: Treadmill; Gait ev , Locomotion Kinematics; Averaging methods; Non-impaired g ¢ Locomotion: | Kinematics; Foot; Gait; In vivo 28, 93 Long-term follow-up: H Kinematics; Foot; Subtalar neutral; Gait 28, 29 Lordosis Kinematics; Functional reach test; Movement strategy; Center of ma Loss of consciousness Balance 28, 16 Low back load Kinematics; Gait analysis; HAQ: Kinetics: Leve 28, 229 Low back pain Kinematics; Gait analysis: Inter-protocol repeatability: reduction 28, 207 Low back pain Regi 28 Kinematics; Hip replacement; Gait analysis; Long-term follow-up 28, 194 Lower limb intra-limb coordination Kinematics; Minitome culearmanc e; Ageing; joint angles; Gait 28, 101 Lumbar-pelvic coordination Kinematics; Sit to stand; Kinetics; Hemiplegia: Rehabilitation 28, 80 population 28 XIV Subject index vol. 28 (2008 Lunge; Gait; Balance; Posture; Falls; Motor control; Factor analysis; Older adults; Stairs; Centre of mass; joint moments; Handrails 28, 432 7 Functional limitations; Turning; Walking; Tandem Walk; Stepping: Turning; Sit-to-Stand 28, 144 Optic flow; Balance; Multisensory; Perception/action; Gymnastics 28, 46 Marker attachment system; Knee kinematics; Functional method; OrientViratutal ienovirnonm;ent ; Posture; Visual dependence 28, 1 Validation; Reliability; Gait 28, 170 Orthopedic surgery; Cerebral palsy; Three-dimensional gait analysis 28 Minimum toe clearance; Ageing; Kinematics; Joint angles; Gait 28, 101 316 Mobility; Physical activity assessment; Preoperatively; Osteoarthritis; Hip Orthosis; Energy cost; Scoliosis; Gait 28, 703 Knee 28, 74 Orthosis; Spina Bifid1; Gait analysis; AFO; Carbon fiber spring 28, 175 Motion sensors; Gait analysis; Kinemtaic prediction; Neural network 28, 120 Osteoarthritis; Physical activity assessment; Mobility; Preoperatively: Hip Knee 28, 74 Motor control; Gait; Balance; Posture; Falls; Factor analysis; Functional limitations; Turning; Walking; Lunge; Tandem Walk; Stepping; Turning Outcome evaluation: Accelerometers and gyroscopes Sit-to-Stand 28, 144 activity; Ambulatory system 28, 581 Motor control; Trans-tibial amputee; Knee; Kinetics; Gait; Prosthesis 28, Patient-handling tasks; Low back load: Joint moment 28, 258 278 Pedar®: In-shoe heel inserts; Foot: Pressure 28, 533 Movement analysis; Anatomical calibration; Anatomical frame definition; Joint angular kinematics; Wearable devices; Inertial and magnetic Pedobarography; Foot pressure; Normal database; Foot pathology sensing 28, 588 Children 28, 309 Movement analysis; Elderly: Independent living; Hip fracture 28, 285 Pelvic retraction; Soleus gastrocnemius function; Biome: hanical modelling; Hip internal rotation; Spastic plantarflexion 28 Movement strategy; Functional reach test; Center of mass; Balance Kinematics 28, 16 Perception/action; Balance; Multisensory; Optic flow; Gymnastics 28, 46 MR; Musculoskeletal modelling: Gait; Biomechanics 28, 640 Physical activity assessment: Mobility Preoperatively; Osteoarthritis Hip; Knee 28, 74 Multisensory; Balance; Perception/action; Optic flow; Gymnastics 28, 46 Plantar pressure; In-shoe measurements; Fatigue; Walking 28, 693 Muscle fatigue; Proprioception; Force matching; Ankle 28, 521 Plantar surface: Somatosensory disorders; Unsteadiness Muscle work; Gait; Musculoskeletal modeling; Dynamic simulation 28 Posturography 28, 552 135 Postural balance; Proprioception; Subjective Musculoskeletal modeling; Gait; Muscle work; Dynamic simulation 28 657 135 Postural balance; Reproducibility of results; Knee: | Musculoskeletal modelling; Gait; MR; Biomechanics 28, 640 System; Balance; Dynamic balance28 , 668 Myoelectric manifestations of fatigue; Surface EMG; Force: Borg scale Postural control; Acute whiplash; Neck proprioception; Neck pain 28, 113 28, 179 Postural control; Balance; Feed-forward; Elderly: Dual task 28, 6:2 Neck pain; Postural control; Acute whiplash; Neck proprioception 28, 113 Postural control; Center of pressure: Aging: Reliability 28, 33 Neck proprioception; Postural control; Acute whiplash; Neck pain 28, 11 Postural control; Foam; Surface properties: Vision 28, 649 Neural network; Gait analysis; Motion sensors; Kinemtaic prediction 28 r 120 Postural stability: Gait initiation; Obesity; Adolescent; Li 164 Neuropathy; Balance; Biomechanics; Locomotion; Reliability 28, 343 Postural stability; Visual impairment; Sensory information 28, 58 Non-impaired gait; Kinematics; Averaging methods 28, 559 Postural sway; Balance; Force platform Reliability; Sports Normal database; Pedobarography; Foot pressure; Foot pathology: Teamgym; Quiet stance 28, 38 Children 28, 309 Posture; Acceleration; Locomotion; Stability 28, 1 Normal population; Sitting position; Lumbar-pelvic coordination; Kinematics 28, 251 Posture; Cascade juggling: Facilitation; Variability; APA 28, 265 Obesity; Gait initiation; Postural stability; Adolescent; Locomotion 28, 164 Posture; Gait; Balance; Falls; Motor control; Factor analysis; Functional limitations; Turning; Walking; Lunge: Tandem Walk; Stepping; Turning: Obstacle; Gait; Down syndrome; Older adults; Stability 28, 448 Sit-to-Stand 28, 144 Older adults; Gait; Down syndrome; Stability; Obstacle 28, 448 Posture; Orientation; Virtual environment; Visual dependence 28, 127