Gait and Posture

An investigation of the anti-pronation effect of two taping methods after application and exercise
pp. 1-5(5)
Authors: Vicenzino B.; Feilding J.; Howard R.; Moore R.; Smith S.

Patterns of spinal motion during walking
pp. 6-12(7)
Authors: Crosbie J.; Vachalathiti R.; Smith R.

Age, gender and speed effects on spinal kinematics during walking
pp. 13-20(8)
Authors: Crosbie J.; Vachalathiti R.; Smith R.

Gait study of patients with patellofemoral pain syndrome
pp. 21-27(7)
Authors: Nadeau S.; Gravel D.; Hebert L.J.; Arsenault A.B.; Lepage Y.

An application of neural networks for distinguishing gait patterns on the basis of hip-knee joint angle diagrams
pp. 28-33(6)
Authors: Barton J.G.; Lees A.

Contribution of central and peripheral vision to the regulation of stance
pp. 34-41(8)
Authors: Nougier V.; Bard C.; Fleury M.; Teasdale N.

Swing limb biomechanics of 60- to 65-year-old male runners
pp. 42-53(12)
Authors: Roberts E.M.; Cheung T.K.; Hafez A.M.A.; Hong D.-A.

Understanding the roles of vision in the control of human locomotion
pp. 54-69(16)
Author: Patla A.E.

The quality assessment of walking in cerebral palsy
pp. 70-74(5)
Authors: Kelly I.P.; O'Regan M.; Jenkinson A.; O'Brien T.

The influence of an intensive short period physiotherapy regime on gait function in diplegic cerebral palsy
pp. 76-76(1)
Authors: Zwick E.B.; Doderlein L.; Berghof R.

Electrical stimulation for the treatment of spasticity in cerebral palsy
pp. 76-76(1)
Authors: Samarji R.; Powell E.; Jeffery R.; Bamford D.; Heravi B.; Marsh D.; Galasko C.

Tone Relieving Ankle-Foot Orthoses In The Management Of Children With Cerebral Palsy
pp. 76-77(2)
Authors: Hall V.; Bowker P.

Outcome evaluation in orthotic management
pp. 77-77(1)
Authors: Farmer S.E.; Major R.E.

The effect of clinical spasticity on Gait
pp. 77-77(1)
Authors: Darwish H.Z.; Hulliger M.; Mah C.D.; O'Callaghan I.; Wojciechowski A.

An anthropomorphic highly functional artificial foot
pp. 77-77(1)
Authors: Jacobson J.S.; Kushekin A.P.

Assessment of ambulatory potential in children with cerebral palsy
pp. 77-78(2)
Author: Patrick J.H.

Lower Limb Function in Cerebral Palsy Gait
pp. 78-78(1)
Authors: Gough M.; Jenkinson A.; O'Brien T.

How long does it take to establish a repeatable gait cycle?
pp. 78-78(1)
Authors: Thompson N.; Baker R.

Three-dimensional kinematic analysis of the motor development pattern in children's walking gait: repeated measures aged 10 and 17 months and re-examination at 18 and 24 months respectively.
pp. 78-78(1)
Authors: Grimshaw P.N.; Marques-Bruna P.; Salo A.

Evaluation of the Cosmed K4 in a clinical gait analysis laboratory.
pp. 79-79(1)
Authors: Fatone S.; Boyd R.; Rodda J.; Gallagher D.; Cullis E.; Nattrass G.; Graham K.

The Influence of Leg Length Inequality on Gait and Energy Consumption in Normal Children
pp. 79-79(1)
Authors: Duffy C.M.; Hill A.E.; Graham H.K.

Single event, multilevel surgery in cerebral palsy: a clinical framework.
pp. 79-80(2)
Authors: Rodda J.; Boyd R.; Gallagher D.; Cullis E.; Nattrass G.; Graham K.

A Comprehensive Evaluation of Treatment Outcomes in Ambulatory Cerebral Palsy
pp. 80-80(1)
Authors: Stout J.L.; Selber P.; Gage J.R.

Crouch gait in spastic diplegia after heel cord lengthening
pp. 80-80(1)
Authors: Berghof R.; Zwick E.B.; Doderlein L.

Length of hamstrings and PSOAS muscles during crouch gait
pp. 80-80(1)
Authors: Schutte L.M.; Hayden S.W.; Gage J.R.

Does Rectus Femoris Contracture Affect Stance-Phase Hip Function?
pp. 80-81(2)
Authors: Linskell J.R.; Fairgrieve S.F.

New aspects in analysis of (knee) function in children with cerebral palsy after lengthening of hamstrings and rectus femoris transfer
pp. 81-81(1)
Authors: Senst S.; Schottler M.; Schroter J.; Meyer J.-D.

The Long-term Effects of Orthopaedic Surgery in Children with Cerebral Palsy
pp. 82-82(1)
Authors: Davis R.B.; Ounpau S.; Bell K.J.; DeLuca P.A.

The effect of Botulinum Toxin A injection on gastroenemius muscle growth in children with spastic cerebral palsy and predicting the likely response to injections.
pp. 82-82(1)
Authors: Eames N.W.; Baker R.; Cosgrove A.P.; McNeill S.; Graham H.K.; Taylor T.C.; Hill A.E.

Gait analysis in children who toe-walk.
pp. 82-82(1)
Authors: Kelly I.; Barry K.; Jenkinson A.; Stephens M.; O'Brien T.

General gait patterns in spastic diplegia
pp. 82-83(2)
Authors: Liu X.C.; Fabry G.; Molenaers G.

Changes in Gait Patterns Over Time in Children with Cerebral Palsy
pp. 83-83(1)
Authors: Bell K.J.; Ounpuu S.; Davis R.B.; DeLuca P.A.

Classification of locomotor patterns in Occult Spinal Dysraphisms: a Neural Networks approach
pp. 83-83(1)
Authors: Frigo C.; Camoriano R.; Aresi R.; Cama A.

Assessment of Interlimb Coordination by Gait Analysis
pp. 83-83(1)
Author: Juerg U.

Development of a Portable Gait Analysis System
pp. 83-84(2)
Authors: Gough M.; Jenkinson A.; Barry K.

Compatibility of two kinematic scanners during real time simultaneous data collection.
pp. 84-84(1)
Authors: Polak F.; Attfield S.

Standardisation of marker placement in 3 dimensional movement analysis
pp. 84-84(1)
Authors: Stewart C.; Jones K.; Postans N.; James I.; Forward M.

The Kinematic Location Of The Hip Joint Centre In Gait Studies
pp. 85-85(1)
Authors: Holstein H.; Cain C.; Khodadadeh S.

Assessment of the inherent accuracy of a kinematic analysis system
pp. 85-85(1)
Author: Baker R.

Towards a quantitative analysis of multivariate EMG patterns in cerebral palsy
pp. 85-85(1)
Authors: Hulliger M.; Wojciechowski A.; Darwish H.Z.; Gerritsen K.G.M.; O'Callaghan I.; Bishop G.

Quantitative analysis of centre of pressure displacement and stance phase foot kinematics in normal and pathological gait
pp. 85-86(2)
Authors: Laassel E.M.; Guibal C.; Pelissier J.; Dimeglio A.

Lower limbs rotational abnormalities consequences on angular parameters in children walking.
pp. 86-86(1)
Authors: Darmana R.; Dequae P.; Hobatho M.; Cahuzac J.

Does disability affect self-esteem and learning? A school based study of adolescents
pp. 87-87(1)
Authors: McGuinness D.; Greaney H.

Selective dorsal rhizotomy
pp. 87-88(2)
Author: McLaughlin J.F.

Botulinum toxin in the management of cerebral palsy.
pp. 88-88(1)
Author: Cosgrove A.

Intrathecal Baclofen in the treatment of spastic cerebral palsy
pp. 88-89(2)
Author: Albright L.

Conservative options in the management of spasticity in children with cerebral palsy - Stretching serial casts and orthoses
pp. 89-89(1)
Authors: Boyd R.N.; Graham H.K.