Author index Volume 10 (] 17990)/\00044 Kucz J.E.. see Wearit 10 D.H.. K.R. Kaufman, M.P. W H.G. Cl Double-t \ ill POSTURE ELSEVIER Subject index 10 (1999) Cerebral palsy H 10 Cerebral palsy Adults’ normal data: G Chair rise Angular kinematics: S 10 ) Diabetes: G Ankle strategy 10 Double-blind study 10 Arm segments: | Dynamic stability Balance control: S ( Elderly: O Balance: P Electromyography AC] 10 Biomechanics: G Biomechanics: Rut Pelvis: Hip 10 Biomechanics: Sport Energy expenditure Ba ce Cor 10 Botulinum A toxin: Gait E-quinus Equinus 10 Botulinum toxin: Cer Foot pressure. ( Gant 10, 206€ Foot roll over: (s Center of pressure (COP): Post ‘ ppeecct s Foot switches: ( r(lIAP) 10 \ Center of pressure: Pedobaro Footwear: G Shoes 10, 248 10 Centre-of-pressure: Postural Force estimation: H potherapy: Joint stiffness 10 Cerebral Palsy: Botulinum F-scan: ( S Gait 10, 206 PIL: S0966-6362(99)00045 Gait analysis: B In vivo pressure measurement 10 Gait analysis S 10 : Joint stiffness Gait analysis: | \ Joint torque Kinematics H 10 Kinematics: S Knee 10 Lumbar spin H 10 (,ait initiation: S LH Mechanical equilibrium: S 10 Gait protocol: | Vlotor programming: G Gait: OQ & 10 Vlovement: P Gait: W 10 Ground reaction forces: G ) Muscle: R EMG 10 Neuropathy: G Hamstrings: ACL: EMG: K Neurophysiological models: P Hamstrings: Bot ) P ( 10 i Paraplegia: S; Harness-support: Wal| t | i propulsio 10 ACI 10, 206 Pedobarography Heel clearance: Step; I : ( Shox 10 4% 10 Pelvis: Ru Heelstrike: G ’ . oot ce { Hip 10 10 Postural control: B Hip muscle co-contraction: | otevene \ 10. ? Hippotherapy: Postural stabilit et pal ntre-of-y Postural control lo ft 10 Postural stability: ( Hip Runnir iome nics iner it , ! 1 Joint stiffness 10 Pe . 10 Posture: Moveme Hip strategy: Joint torque: Postural cont: ikle strateg ( dels 10, 240 Instantaneous average power (LAP): Postural c | lance: Center Quadriceps: ACL: EMG: K pressul (COP Time irequenc\ I , IMF): | ‘ , Quadriceps muscle strength: D ) stantaneous spect bar idt Gait: Elder 10. 10 Instantaneous mean frequency (IMF); Postur a { pr re (COP); Time-frequen inalys nstantane Reaching: Muscle: S i vidth (ISP): Instantaneou Reliability: Gai Running: Bio Instantaneous spectral bandwidth (ISP): Postural control alance Hip 10 (COP): 1 equenc (IMF): I Sensory-motor interaction: P odels 10, 240 l ime-frequen spasticity spin il ck climbin 1i ? Statistical models stepping Stepping over Support lemporal parameters letraplegia “ss etyx te