PROCEEDINGS OF IFESS-FESnet 2004

 

9TH ANNUAL CONFERENCE OF THE

INTERNATIONAL FUNCTIONAL ELECTRICAL STIMULATION SOCIETY

 

and the

 

2ND CONFERENCE of FESnet

 

BOURNEMOUTH, UNITED KINGDOM

September 6-9, 2004

 

EDITORS

Duncan Wood

Paul Taylor

 

ISBN 1-85899-191-9


SCIENTIFIC COMMITTEE

 

Brian Andrews

Jane Burridge

Paul Chappell

Mike Craggs

Nick Donaldson

David Ewins

Malcolm Granat

Warren Grill

Ben Heller

Ken Hunt

Jonathan Jarvis

Geraldine Mann

Anand Pandyan

Tim Perkins

Henry Rischbieth

Brian Simpson

Ian Swain

Paul Taylor

Simon Thomson

Jo van Vaerenbergh

Peter Veltink

Duncan Wood

 

ORGANISING COMMITTEE

 

Ian Swain                          co-chair

Paul Taylor                        co-chair

Duncan Wood

Steven Crook

Sue Borrett

Stacey Finn

 

ACKNOWLEDGEMENTS

 

John Gisby and Di Norman (Salisbury District Hospital) for administrative support.

 

Nicola Coffield (FESnet and University of Glasgow) for website management and administrative support.

 

Jacqui Holmes (Bournemouth University) for administrative support.

 

Darren Hart for assisting with the formatting of the papers and the proceedings.

 

FESnet is a thematic network funded by the UK Engineering and Physical Sciences Research Council.

 


 

 

 

 

 

 

Cover photograph by Karen Hitchlock

(www.karenhitchlock.freeserve.co.uk)


 

CONFERENCE PROGRAMME AT A GLANCE

 

Saturday 4th September 2004

 

09.00 – 17.00                     FES courses [Salisbury District Hospital]

14.00 – 18.00                     neuralPRO event [Management meeting; Bournemouth]

From 19.00                        neuralPRO event [dinner]

 

Sunday 5th September 2004

09.00 – 17.00                     FES courses [Salisbury District Hospital]

10.00 – 16.00                     neuralPRO workshop [Bournemouth]

From 16.00                        neuralPRO event [Discussion onYRs’ survey; Bournemouth]

17.00 – 18.30                     Registration at the BIC

From 19.00                        Conference reception [Bournemouth Pavillion]

 

Monday 6th September 2004

 

From 08.30                        Registration at the Bournemouth International Centre, BIC

10.30 – 10.50                     Welcome address

10.50 – 11.30                     Invited lecture [David Rushton]

11.30 – 12.50                     Oral session 1 – Neuromodulation

12.50 – 14.00                     Lunch

                                           [Also joint meeting of IFESS and INS Board members]

14.00 – 14.40                     Invited lecture [John Rothwell]

14.40 – 16.00                     Oral session 2 – Upper Extremities I

16.00 – 16.30                     Coffee break

16.30 – 18.10                     Oral session 3 – Physiology of FES

From 19.30                        Conference dinner [The Wessex Hotel]

 

Tuesday 7th September 2004

 

From 08.00                        Registration at the BIC

08.30 – 09.10                     Invited lecture [John Chae]

09.10 – 10.40                     Invited oral session – Neuromodulation

10.40 – 11.10                     Coffee break

11.10 – 12.50                     Oral session 4 – Gait and Posture I

12.50 – 14.00                     Lunch

14.00 – 14.40                     Invited lecture [Garth Johnson]

14.40 – 16.00                     Oral session 5 – Paediatrics

16.00 – 16.30                     Coffee break

16.30 – 18.10                     Oral session 6 – Bladder and Bowel

18.00 – 20.00                     Face to Face - private view
                                           (please see page v)


Wednesday 8th September 2004

 

From 08.00                        Registration at the BIC

08.30 – 10.10                     Oral session 7 – Stimulator and Sensor Technology I

10.10 – 10.30                     Coffee break

10.30 – 11.00                     Poster session I [odd numbers]

11.00 – 12.40                     Oral session 8 – Upper Extremities II

Afternoon                          Excursions [coaches leave at 13.15 from the Conference Centre]

19.00                                  IFESS Board Meeting

 

 

Thursday 9th September 2004

 

From 08.00                        Registration at the BIC

08.30 – 10.10                     Oral session 9 – Control Techniques

10.10 – 10.30                     Coffee break

10.30 – 11.00                     Poster session II [even numbers]

11.00 – 12.40                     Oral session 10 – Gait and Posture II

12.40 – 13.50                     Lunch

13.50 – 15.10                     Oral session 11 – Cycling and Rowing

15.10 – 15.50                     IFESS Annual General Meeting

15.50 – 16.20                     Coffee break

16.20 – 18.00                     Oral session 12 – Stimulator and Sensor Technology II

18.00 – 18.10                     Closing remarks

From 19.00                        Closing conference dinner [Oceanarium and Hot Rocks Café]

                                           [including Vodovnik award for best student paper]


WELCOME

 

The  organising committee would like to take this opportunity of welcoming you to this year’s IFESS meeting.  This is the first time the meeting has been held in the U.K. and we hope you enjoy your stay.  The theme of this year’s meeting is ‘ Getting FES into Clinical Practice’ . We therefore hope that the papers you hear and the posters you see, will encourage the engineers and scientists among you to go back to your own institutions and look how you can get the products of your R&D into the clinical environment.  We also hope that the clinical staff will be impressed by the technology they see and to start planning   how  they can incorporate such techniques into their routine clinical practice for the benefit of their patients.   Whichever of these two routes you choose to follow we hope that over the next few years FES will be far more widely used by people with chronic disabilities to improve their quality of life.

 

Ian Swain and Paul Taylor  -  on behalf of the IFESS 2004 Organising Committee  

 


Face to Face

 

Photographic Arts Project

 

Karen Hitchlock

With the Department of Medical Physics and Biomedical Engineering and Artcare, Salisbury District Hospital, Salisbury, UK

 

 

Face to Face is a collaborative project between the Department of Medical Physics and Biomedical Engineering (MPBE) at Salisbury District Hospital, Artcare (Salisbury and District Hospital Arts Service) and photographer Karen Hitchlock. The project has taken place in conjunction with the MPBE’s randomised controlled trial, on the use of the Odstock Dropped Foot Stimulator (ODFS), with people who have Multiple Sclerosis (MS).

 

Through the media of photography and narrative, ‘Face to Face’ gives people with MS an opportunity to express their own unique experience of living with MS and being a research volunteer. This project seeks to break down the traditional boundaries set by scientists, producing a shift of values which empowers the research volunteer, as it draws away from the analytical and impersonal method and further towards the subjective personal experience of the volunteer.

 

There is a well-known expression that 'science knows no boundaries’, but in fact scientists are very good at setting boundaries, obeying protocols and focusing on results. It is this type of knowledge that is seen to matter in the scientific community. It is impersonal, public, productive and verifiable. But there is a weakness in this scientific approach as it allows scientists and clinicians to become more and more abstracted from their clients and their client’s reality. It also encourages a dispassionate and detached approach, which is in conflict with the clinicians dual role as the objective researcher and the caring clinician.

 

‘Face to Face’ aims to give people with MS  an opportunity to raise issues that are important to them, to find common ground and a mutual understanding of the impact of MS on their lives, the limitations, disabilities and effect on relationships, work, hopes and aspirations. By presenting the stories of trial volunteers in photographs and narrative - in conjunction with the science - this project presents a more balanced view and encourages a reappraisal of the research scientist’s relationship with their research volunteers, encouraging new standards of behaviour in research, treatment and monitoring.

 

 

Funded by the Wellcome Trust People Awards and Supported by Salisbury Health Care HNS Trust and the MS Trust.


 

INVITED LECTURES

 

Invited talks

 

What FES might people need?

David Rushton

[HTML]              [PDF]

 

The physiology of movement disorders

John Rothwell

 

Commercialization of Neuroprostheses in North America: The Past, Present
and the Future

John Chae

 

Spasticity – Perceptions, Definitions and Measurement

Garth Johnson

[HTML]              [PDF]

 

 

Neuromodulation session

 

Neuromodulation - Application in the clinical setting - Brief
introduction
Simon Thomson

 

Therapeutic neurostimulation – an overview

Brian Simpson

[HTML]              [PDF]

 

Spinal Cord Stimulation (SCS) for Chronic Refractory Angina and other Ischemic Syndromes: When Established Methods fail; can the Nervous System Protect the Heart?

Robert Foreman

[HTML]              [PDF]

 

Motor cortex stimulation: a new perspective in the treatment of movement
disorders and in pain management

Mario Meglio

[HTML]              [PDF]


ORAL PRESENTATIONS

 

 

Neuromodulation

 

AC nerve blocking: in-vivo tests & potential applications

Andrews BJ, Williamson R

[HTML]              [PDF]

 

A method of automated conditional neuromodulation of neurogenic detrusor overactivity using a combined sacral anterior and posterior nerve root stimulator implant in patients with spinal cord injury.

Bycroft JA, Craggs MD, Knight SN, Wood S, Donaldson N, Shah PJR

[HTML]              [PDF]

 

Long-term safety and efficacy of intrathecal baclofen (ITB) therapy for control of intractable spasticity

Buschman HPJ, Kottink EJBL, Nene AV, Snoek GJ, Van der Aa HE

[HTML]              [PDF]

 

Motor cortex stimulation: a computer modelling study

Manola Lj, Roelofsen B, Holsheimer J

[HTML]              [PDF]

 

 

Upper extremities I

 

A randomised controlled trial to evaluate surface neuromuscular electrical stimulation to the shoulder following acute stroke

Church C, Price C, Pandyan D, Huntley S, Curless R , Rodgers H

[HTML]              [PDF]

 

Feasibility of randomised clinical trial of early initiation and prolonged, home‑based FES training to enhance upper limb functional recovery following stroke

Alon G, McBride K, Levitt AF

[HTML]              [PDF]

 

Retraining reaching and grasping functions in hemiplegic patients with the Chedoke McMaster stages of motor recovery scores 1 and 2

Popovic MR, Hajek V, Zivanovic V

[HTML]              [PDF]

 

Intramuscular NMES for hemiplegic shoulder pain

Yu DT, Chae J

[HTML]              [PDF]

 
 
Physiology of FES

 

Increased muscle force using high-frequency, wide-pulse FES in chronic spinal cord injury (SCI) patients

Nickolls P, Collins DF, Gorman RB, Burke D, Gandevia SC

[HTML]              [PDF]

 

Preventing acute atrophied muscles by therapeutic magnetic stimulation – RT-PCR study

Sakuraba T, Shimada Y, Kawatani M, Takahashi S, Matsunaga T, Misawa A, Ito H, Aizawa T, Sato M, Chida S

[HTML]              [PDF]

 

Effects of chronic electrical stimulation on the denervated tibialis anterior muscle of the rabbit

Ashley Z, Russold MF, Sutherland H, Jarvis JC, Salmons S

[HTML]              [PDF]

 

A direct fluorescence-based approach for elucidating the size and spatial distribution of motor fibres innervating the rat gastrocnemic muscles

Prodanov D, Feirabend HKP, Marani E, Holsheimer J, Nagelkerke N, Lakke EAJF

[HTML]              [PDF]

 

 

Gait assist and posture I

 

Non-repetitive stimulation of the common peroneal nerve

Hart DJ, Taylor PN, Chappell PH, Wood DE

[HTML]              [PDF]

 

Enhancement of gait retraining by electrical stimulation of flexor reflex afferents in acute stroke patients: A randomized controlled clinical study

Quintern J, Krewer C, Bisle G, Husemann B, Heller S

[HTML]              [PDF]

 

Impairment, functional mobility and gait kinematic gains in response to FNS and weight supported gait training

Daly JJ, Roenigk K, Rogers J, Butler PTK, Marsolais B, Gansen J, Ruff R

[HTML]              [PDF]

 

A pilot study to investigate the effects of functional electrical stimulation on gait in Parkinson’s Disease

Mann GE, Finn SM, Taylor PN

[HTML]              [PDF]

 

Pressure changes under the ischial tuberosities of seated individuals during sacral nerve root stimulation

Liu LQ, Craggs MD, Nicholson GP, Knight SL, Chelvarajah R, Bycroft JA, Middleton FRI, Ferguson-Pell M

[HTML]              [PDF]

 

 

Paediatrics

 

Neuromuscular electrical stimulation and volitional strength training on in children with cerebral palsy: a preliminary study

Lee SCK, Stackhouse SK, Stackhouse CA, Schaefer M, McCarthy JJ, Smith BT

[HTML]              [PDF]

 

An investigation of the effect of functional electrical stimulation to assist the gait of children with cerebral palsy

Durham S, Eve L, Turner-Simmonds C, Daniel C, Stevens C, Ewins DJ

[HTML]              [PDF]

 

Combined effect of Botulinum Toxin A therapy and functional electrical stimulation in dynamic equinus: Preliminary results

Galen SS, Granat MH

[HTML]              [PDF]

 

Implanted functional electrical stimulation for upright mobility in paediatric spinal cord Injury: A follow-up report

Johnston TE, Smith BT, Betz RR, Mulcahey MJ

[HTML]              [PDF]

 

 

Bladder and bowel

 

Electrical stimulation of the descending colon in pigs with chronically implanted electrodes

Sevcencu C, Rijkhoff NJM, Nygaard Lærke H, Jørgensen H, Mark M, Sinkjær T

[HTML]              [PDF]

 

A stomal sphincter configured from the rectus abdominis muscle in pigs. First results.

Russold MF, Ramnarine I, Ashley Z, Sutherland H, Salmons S, Jarvis JC

[HTML]              [PDF]

 

Experimental treatment of neurogenic detrusor overactivity in spinal cord injured patients by automatic event driven electrical stimulation

Hansen J, Fjorback MV, Nøhr M, Media S, Biering-Sørensen F, Sinkjær T, Rijkhoff NJM

[HTML]              [PDF]

 

Improvement of storage function of the complicated bladder with semi-conditional dorsal penile nerve stimulation in spinal cord injury

Young-Hee Lee, Sung Hoon Kim, Sang Min Jang, Iksoo Kim, Kyubum Eo, Jiyong

[HTML]              [PDF]

 

 

Stimulator and sensor technology I

 

Design of an implantable multichannel neurostimulator for restoring impaired gastrointestinal motility

Jalilian E, Turner L, Jullien G, Mintchev MP

[HTML]              [PDF]

 

On the development of modular miniaturized neural prostheses

Stieglitz T, Koch KP

[HTML]              [PDF]

 

Cross-talk in nerve root stimulator implants

Vanhoest A, Donaldson N

[HTML]              [PDF]

 

A modular approach to sensing limb position in FES patients

Loeb GE, Tan W, Sachs N, Zou Q, Kim ES

[HTML]              [PDF]

 

FES as a rehabilitation tool for orthopaedics and neurological patients

(view from Russia)

Skvortsov DV

[HTML]              [PDF]

 

 

Upper extremities II

 

Can treatment with upper limb electrical stimulation can be justified in the severely disabled acute stroke patient?

Pandyan AD, Granat MH

[HTML]              [PDF]

 

An implanted upper extremity neuroprosthesis utilizing myoelectric control

Kilgore KL, Peckham PH, Montague FW, Hart RL, Bryden AM, Bhadra N, Keith MW

[HTML]              [PDF]

 

A modular approach to retraining muscles after stroke

Richmond FJR, Baker LL, Winstein C, Waters RL, Loeb GE

[HTML]              [PDF]

 

Variation in system gain when using voluntary EMG to control electrical stimulation of the same muscle

Taylor P, Chappell P

[HTML]              [PDF]

 

Tenodesis grip augmented by EMG controlled FES

Thorsen R , Occhi E, Boccardi S, Ferrarin M

[HTML]              [PDF]

 

 

 

Control techniques

 

A study of a knee extension controlled by a closed loop functional electrical stimulation

Schmitt C, Métrailler P, Al-Khodairy A, Brodard R, Fournier J, Bouri M, Clavel R

[HTML]              [PDF]

 

Real time description of lower limb motion for nonanalytical neuroprosthetic control applications

Moser D, Catalfamo P, Ghoussayni SN, Ewins DJ

[HTML]              [PDF]

 

Mathematical model that predicts lower leg motion in response to electrical stimulation

Perumal R, Wexler AS, Binder-Macleod SA

[HTML]              [PDF]

 

The feasibility of a FNS powered mechanical gait orthosis with coordinated joint locking

To CS, Kirsch RF, Kobetic R, Triolo RJ

[HTML]              [PDF]

 

Evaluation of user-interfaces for FES systems by means of a dual-task experiment

Vanoncini M, Andrews BJ

[HTML]              [PDF]

 

 

Gait assist and posture II

 

A preliminary non-randomised study to evaluate the safety and performance of the ActiGait implanted drop-foot stimulator in established hemiplegia

Haugland M, Larsen B, Burridge J, Svaneborg N, Iversen H, Christensen PB, Sinkjær  T

[HTML]              [PDF]

 

Can alternatives to the forceplate be used for accurate detection of key gait events?

Findlow AH, Kenney L, Howard D

[HTML]              [PDF]

 

A model to predict the effect of calf muscle stimulation at push-off

Bosgiraud T, Monaghan CC, Kotiadis D, Riener R, Veltink PH

[HTML]              [PDF]

 

Efficacy of intraspinal microstimulation in restoring stepping after spinal cord injury

Mushahwar VK, Saigal R, Bamford J, Guevremont LG, Norton JA

[HTML]              [PDF]

 

Increasing trunk stiffness via FES in paraplegic subjects

Vanoncini M, Thrasher TA, Andrews BJ, Holderbaum W

[HTML]              [PDF]

 

 

Cycling and rowing

 

Oxygen cost of different stimulation patterns for FES cycling

Ferrario C, Stone B, Hunt KJ, Ward SA, Mclean AN, Fraser MH

[HTML]              [PDF]

 

Physiological responses after 4 weeks training with a hybrid FES tricycle in spinal cord injured individuals

Berkelmans HWA, Thijssen DHJ, Heesterbeek P, Van Ginneken BTJ, Hopman MTE,

Van Kuppevelt DH, Duysens J

[HTML]              [PDF]

 

Design history of a leg-propelled wheelchair using FES

James KB, Stein RB, Chong SL, Thompson AK

[HTML]              [PDF]

 

FES-rowing for persons with spinal cord injury

Hettinga DM, Andrews BJ, Wheeler GD, Jeon JY, Verellen J, Laskin JJ, Olenik LM,

Lederer R, Burnham R, Steadward RD

[HTML]              [PDF]

 
 
Stimulator and sensor technology II

 

Detection and filtering of EMG for assessing voluntary muscle activity during FES

Schauer T, Salbert RC, Negård N-O,  Raisch J

[HTML]              [PDF]

 

Inertial gait phase detection system: Design

Kotiadis D, Hermens HJ, Veltink PH, Slycke P

[HTML]              [PDF]

 

A transcutaneous computer-based closed-loop motor neuroprosthesis for real-time movement control 

Kobravi HR, Erfanian A

[HTML]              [PDF]

 

Development of a new FES system with trained super-multichannel surface electrodes

Fujii T, Seki K, Handa Y

[HTML]              [PDF]


POSTER PRESENTATIONS

 

Bladder and bowel

 

1        Bladder contractions evoked by electrical stimulation of sensory nerve fibers innervating the urethra

Grill WM, Boggs JW, Gustafson KJ, Wenzel BJ

[HTML]                [PDF]

 

2        Conditional electrical stimulation of the dorsal penile/clitoral nerve for management of neurogenic detrusor overactivity in multiple sclerosis

Fjorback MV, Rijkhoff NJM, Petersen T, Nøhr M, Sinkjær T

[HTML]                [PDF]

 

 
Control techniques

 

3        EEG-based brain-computer interface for hand grasp control: Feature extraction by using ICA 

Erfanian A, Erfani A

[HTML]                [PDF]

 

4        Model identification for FES supported standing up and sitting down

Ferrante S, Previdi F, Ferrigno G

[HTML]                [PDF]

 

5        Effectiveness of control strategies in reducing muscle fatigue

Huq MS, Massoud R, Gharooni CS, Tokhi MO

[HTML]                [PDF]

 

6        Enhancement of physiological and mechanical modelling of the skeletal muscle controlled by Functional Electrical Stimulation

Makssoud HEL, Guiraud D, Poignet P

[HTML]                [PDF]

 

7        Using a complex, physiological based modelling of the muscle to perform realistic simulation and test control strategies: closed loop controlled stand up example

Mohammed S, Guiraud D, Fraisse P, Poignet PEl, Makssoud H

[HTML]                [PDF]

 

8        Controller design of musculoskeletal model for simulating bipedal walking

Obinata G, Hase K, Nakayama A

[HTML]                [PDF]

 

9        Stanmore Stimulator application programme to sustain a standing-up, standing and sitting-down chained motion in paraplegia

Poboroniuc MS, Wood DE, Donaldson N, Riener R

[HTML]                [PDF]

 

10      Communication speed enhancement for visual based brain computer interfaces

Sami S, Nielsen KD

[HTML]                [PDF]

 
 
Cycling and rowing

 

11      A biomechanical model to simulate cycling induced by functional electrical stimulation

Ferrante S, Pedrocchi A, Ferrigno G

[HTML]                [PDF]

 

12      Cycling closed loop FES: customized cycle ergometer and first experiments @NITLab

Ferrante S, Pedrocchi A, Foglia GM, Iannò M, Ferrigno G

[HTML]                [PDF]

 

13      Finding the metabolically optimal stimulation pattern for FES-cycling

Idsø ES, Johansen TA, Hunt KJ

[HTML]                [PDF]

 

14      Simple EMG control for FES-cycling

Norton JA, Fry ME, Day BL, Donaldson N

[HTML]                [PDF]

 

15      Driving a cycling chair without FES in the non-ambulatory hemiplegic patients

Seki K , Sato M , Fujii T, Handa Y

[HTML]                [PDF]

 

16      FES cycling chair for the lower limbs disabled people with electric motor power Assist

Takahashi T, Takazawa M, Nishiyama Y , Nakano E, Handa Y

[HTML]                [PDF]

 

17      Activation of the trunk muscles during wheelchair propulsion

Yang Y, Koontz A, Nogan S, Boninger ML, Cooper RA, Triolo RJ

[HTML]                [PDF]

 

18      A structured functional neural network control system for FES cycling

Zhang DG, Zhu KY

[HTML]                [PDF]

 
 
Gait assist and posture

 

19      Clinical application of an eight-channel stimulation system for mobilization of paraplegic patients: First results

Bijak M, Rakos M, Hofer C, Mayr W, Strohhofer M, Raschka D, Kern H

[HTML]                [PDF]

 

20      An implantable 2-channel lower-extremity neuroprosthesis: long-term clinical follow-up in five patients

Buschman HPJ, Kottink AIR, Bultstra G, Hermens HJ, Van der Aa HE

[HTML]                [PDF]

 

21      A comparison of energy consumption in upper limb during swing-through gait with axillary and elbow crutches in normal subjects

Chida S, Shimada Y, Matsunaga T, Sato M, Hatakeyama K, Misawa A,

Sakuraba T, Aizawa T, Iwami T, Miyawaki K, Iizuka K

[HTML]                [PDF]

 

 22     Does the Canadian Occupational Performance Measure determine if the Odstock Drop Foot Stimulator improves activities of daily living for people with multiple sclerosis?

Esnouf JE, Taylor PN

[HTML]                [PDF]

 

23      Comparisons of the swing through gait motion with and without the short leg brace

Hatakeyama K, Shimada Y, Matsunaga T, Iwami T, Nakamura M, Kamada K,

Sato M, Chida S, Misawa A, Ando S, Sakuraba T, Aizawa T, Miyawaki K,

Iizuka K

[HTML]                [PDF]

 

24      Baseline results of a ‘spasticity’ test in stroke patients using an implanted stimulator

Kottink AIR, Tenniglo MJB, Hermens HJ

[HTML]                [PDF]

 

25      An investigation into the effect of functional electrical  stimulation on mobility and quality of life in patients with multiple sclerosis – preliminary results.

Mann GE, Jolley CL, Taylor PN

[HTML]                [PDF]

 

26      Joint moment of lower extremities during swing-through axillary crutch gait with knee free in non-disabled individuals

Matsunaga T, Shimada Y, Sato M, Chida S, Hatakeyama K, Itoi E, Misawa A,

Aizawa T, Iwami T, Nakamura M, Miyawaki K, Iizuka K

[HTML]                [PDF]

 

27      Does FES of triceps surae affect the activation patterns of other lower leg muscles? A healthy subject pilot study

Monaghan CC, Veltink PH, Tenniglo MJB

[HTML]                [PDF]

 

28      Usage patterns of an implanted neuroprosthesis for exercise and standing after spinal cord injury

Nogan SJ, Triolo RJ, Bieri CL, Rohde LM, Miller ME, Davis JA

[HTML]                [PDF]

 

29      Robot-supported spasticity evaluation

Riener R, Brunschweiler A, Lünenburger L, Colombo G

[HTML]                [PDF]

 

30      Functional electrical stimulation service audit from April 1996 to August 2003 (Birmingham, UK)

Singleton CMB

[HTML]                [PDF]

 

31      Stimulation of peripheral nerves with a microstimulator: experimental results and clinical application to correct foot drop

Stein RB, Weber DJ, Chan KM, Loeb GE, Rolf R, Chong SL

[HTML]                [PDF]

 

32      Patterns of use and users’ perceptions of the Odstock Dropped Foot Stimulator following stroke and multiple sclerosis

Taylor P, Johnson M, Mann G, Swain I

[HTML]                [PDF]

 

33      Is efficiency of gait improved in stroke patients using a dropped foot stimulator?

Van Vaerenbergh J, De Kegel A, De Ruijter S, Vandenberghe S, D’Hont Y

[HTML]                [PDF]

 

34      Early FES intervention for the restoration of ankle dorsiflexion in incomplete SCI

Whittaker MW

[HTML]                [PDF]

 

35      Retrospective study of patients using functional electrical stimulation for drop foot correction and increased hip stability

Wilkinson  IA, Taylor PN

[HTML]                [PDF]

 

 36     A comparison of electrical stimulation and the conventional ankle foot orthosis in the correction of a dropped foot following stroke

Wright PA, Mann GE, Swain I

[HTML]                [PDF]

 

 

Neuromodulation

 

37      Effect of subthreshold stimulation of vagal nerve on food intake pattern in swine

Díaz Güemes I, Sánchez FM, Pascual S, Usón J

[HTML]                [PDF]

 

38      Vagal nerve hystopathological findings after electrical stimulation to control food intake in pig

Díaz Güemes I, Sánchez FM, Pascual S, Usón J

[HTML]                [PDF]

 

39      Deep brain stimulation of STN in patients with Parkinson’s Disease: Effects on EMG signals of leg muscles during walking

Ferrarin M, Rizzone M, Lopiano L, Recalcati M, Rabuffetti M

[HTML]                [PDF]

 

40      Block of nerve conduction using high frequency alternating current

Kilgore KL, Bhadra N

[HTML]                [PDF]

 

41      Blocking of peripheral nerve conduction using AC signals: Which frequency is best?

Schuettler M, Andrews BJ, Donaldson NdeN

[HTML]                [PDF]

 

42      Heart rate control through vagal nerve stimulation

Tosato M, Toft E, Yoshida K, Nekrasas V, Struijk JJ

[HTML]                [PDF]

 

43      Diameter selective nerve fiber stimulation in the vagal nerve using anodal block, depolarising prepulses and long exponentially rising pulses

Vučković A, Struijk JJ, Rijkhoff NJM

[HTML]                [PDF]

 
 
Paediatrics

 

44      Patterns of lower extremity innervation in pediatric spinal cord injury

Johnston TE, Greco MN, Gaughan JP, Smith BT

[HTML]                [PDF]

 

45      The use of principles of motor learning in a FES gait training program for children with hemiplegic cerebral palsy: A pilot study

Shewokis PA, Pierce SR, Stackhouse CA, Smith BT, McCarthy JJ

[HTML]                [PDF]

 

46      Assessing FES-assisted walking in cerebral palsy children using a visual gait analysis scale

Wareham WJ, Stone TA, Wood DE

[HTML]                [PDF]

 
 
Physiology of FES

 

47      Re-innervating muscle for FES using neurones derived from adult mesenchymal stem cells

Andrews BJ, Ray S

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48      Electrical stimulation to improve movement: Practical application of alectroneuromyographic [ENMG] assessment to patient selection

Campbell J

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49      Maximum period of rest between daily treatment sessions of electrical stimulation for denervated muscles of rats

Dow DE, Dennis RG

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50      A theory for breakdown of accommodation in mammalian nerve; Functional significance of persistent sodium channels

Hennings K, Arendt-Nielsen L, Andersen OK

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51      Effects of training with functional electrical stimulation (FES) on ankle joint torque

Koryak Y

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52      Functional electromyostimulation (FES) as a countermeasure of the negative effects of weightlessness to prolonged spaceflights

KoryakY, Kozlovskaya I, Grigor'ev A, Mayr W, Rafolt D, Freilenger G

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53      The European FP5-project RISE: FES of denervated degenerated musculature

Mayr W, Hofer C, Rafolt D, Bijak M, Lanmueller H, Reichel M, Sauermann S,

Unger E, Kern H

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54      Tissue-electrode interface changes in the first week after spiral cuff implantation: Preliminary results

Thil M-A, Gerard B, Jarvis JC, Vince V, Veraart C, Colin IM, Delbeke J

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55      Effect of random modulation of FES parameters on muscle fatigue

Thrasher TA, Graham GM, Popovic MR

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 56     Investigation of long pulse electrical stimulation of denervated muscle in humans to evaluate therapeutic and functional benefits

Wright PA, Taylor PN, Ewins D

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Stimulator and sensor technology

 

57      Design of antennas to power injectable micro-stimulators: a systematic approach

de Balthasar C, Cosendai G, Hansen M, Arcos I, Dearden B, Schulman J

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58      A modeling study of the recording selectivity of longitudinal intrafascicular electrodes

Chemineau ET, Schnabel V, Yoshida K

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59      Inductive powering for biomedical applications

Chevalerias O, O’Reilly S, Alderman J

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60      Playing the numbers - Quality system accreditation for regulatory approval

Crook SE

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61      Retrieval of microstimulators at human implant surgery and post-operatively

Davis R, Cosendai G, Ripley AM, Mishler D, Sanderson D, Zilberman Y,

Schulman J

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62      Portable FES system optimises electrode array using twitch response

Elsaify A, Fothergill JC, Peasgood W

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63      Flexible microelectrode arrays with integrated organic semiconductors

Feili D, Schuettler M, Stieglitz T

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64      Gait re-education system for incomplete spinal cord injured patients - measurement of leg joint angles by piezoelectric gyroscope

Furuse N, Watanabe T, Hoshimiya N

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65      Experience in the use of a single gyroscope as a sensor for FES foot drop correction systems

Ghoussayni SN, Catalfamo PC, Moser D, Ewins DJ

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66      A highly parallelizable signal conditioning module dedicated to cortical implantable monitoring devices

Gosselin B, Sawan M

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67      Muscle stimulation in a rodent model: electrode design, implantation and assessment

Ichihara K, Venkatasubramanian G, Labelle A, Ashton E, Abbas JJ, Jung, RJ

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68      A user centred approach to stimulator design - “Can you make it smaller and do more please?”

Lane RP, Taylor PN

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69      Analysis of a patient-selected programs from a new spinal cord stimulation system

Meadows P, Varga C, Prager J, Krames E, Oakley J, Bradley K, Grandhe S,

Whitehurst T

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70      Control of triceps surae stimulation based on shank orientation using a uniaxial gyroscope

Monaghan CC, Veltink PH, Bultstra G, Droog E, Kotiadis D, Van Riel W

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71      Evaluation of fatigue property of titanium wires by rotating-bending testing in 1 mass % lactic acid solution

Narushima T, Ueda K, Yamashita M, Murakami T, Ouchi C, Iguchi Y

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72      Impedances of common surface stimulation electrodes

Perkins TA

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73      A simple to program but sophisticated distributed control system for surface FES applications

Poulton AS, Andrews BJ

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74      System test of a smart, bidirectional interface for regenerating peripheral nerves

Ramachandran A, Brueck O, Kammer S, Koch KP, Stieglitz T

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75      Fabricating microelectrode arrays by laser-cutting of platinum foil and silicone rubber

Schuettler M, Stiess S, King BV, Suaning GJ

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 76     3D modelling of a hydrogel sheet - electrode array combination for surface functional electrical stimulation

Sha N, Heller BW, Barker AT

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77      Healthy AIMS (Ambient Intelligent Micro-Systems for Health)

Taylor P, Lane R, Esnouf J, Mann G, Wood D, Crook S, Hobby J, Spensley J,

Hodgins D

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78      Tissue response on chronic selective stimulation of a dog's vagus nerve

Tegou E, Bunc M, Rozman J

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79      An adaptive ENG amplifier for FES applications

Triantis IF, Demosthenous A

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80      Continuous on-body sensing of ground-reaction forces

Veltink PH, Liedtke CB, Droog A, Van der Kooij H

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81      Spatial sensitivity comparisons between an implanted and surface dropped foot neuromuscular stimulator

Wood DE, Taylor PN

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Upper extremities

 

82      A simulation model of FES for the treatment of shoulder subluxation

Aizawa T, Shimada Y, Iwami T, Nakamura K, Matsunaga T, Misawa A,

Sakuraba T, Itoi E

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83      Exploratory data in support of the upper limit values and reproducibility of the Box & Block and Jebsen-Taylor tests following stroke

Alon G, McBride K, Levitt AF

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84      A preliminary clinical study using RF BION® microstimulators to facilitate upper limb function in hemiplegia

Burridge JH, Etherington R, Davis R, Cosendai G, Ripley AM

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85      A quantitative method to evaluate hand voluntary range of movement

Carpinella I, Rabuffetti M, Mazzoleni P, Thorsen R, Ferrarin M

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86      Relation between the EMG recordings from prime movers of the arm and the Drawing Test scores in post stroke hemiplegics

Eder C, Popović MB, Popović DB, Sinkjær T

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87      Poster withdrawn

 

88      Stimulation parameters for increased muscle force and selectivity of elbow extensors in chronic stroke subjects

Keller T, Dewald JPA

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89      The use of the RF BION® microstimulator to relieve pain Due to shoulder subluxation in chronic hemiplegic stroke patient – A case report

Misawa A, Shimada Y, Matsunaga T, Aizawa T, Hatakeyama K, Chida S,

Sato M, Davis R, Zilberman Y, Cosendai G, Ripley AM

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90      Activity of arm muscles during machine therapeutic exercise

Munih M, Ponikvar M, Bajd T

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91      RF BION microstimulator implantation technique for shoulder subluxation

Shimada Y, Matsunaga T, Misawa A, Aizawa T, Hatakeyama K, Chida S,

Sato M, Davis R, Zilberman Y, Cosendai G, Ripley AM

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