| World Physiotherapy

2019: Geneva

PLR5-1872

Platform presentation (Rapid 5)

PHYSIOTHERAPY INTERVENTIONS FOR INCREASING MUSCLE STRENGTH IN PEOPLE WITH SPINAL CORD INJURIES: A SYSTEMATIC REVIEW

Neurology

Nisha Aravind

Lisa Harvey

Joanne Glinsky

2019: Geneva

PLR5-1879

Platform presentation (Rapid 5)

ELECTRICAL STIMULATION FOR TREATING PRESSURE ULCERS: A COCHRANE SYSTEMATIC REVIEW

Neurology

2019: Geneva

PLR5-1889

Platform presentation (Rapid 5)

A PREDICTION MODEL TO IDENTIFY THOSE WITH SPINAL CORD INJURY LIKELY TO DIE WITHIN FIVE YEARS OF DISCHARGE

Disability and rehabilitation

2019: Geneva

PL-1829

Platform presentation

A PRELIMINARY INVESTIGATION OF THE MECHANISMS BY WHICH TRAINING INCREASES STRENGTH OF PARTIALLY-PARALYSED MUSCLES OF PEOPLE WITH SPINAL CORD INJURY

Neurology

2019: Geneva

PO-G-32-SAT2

Poster presentation

HAVE WE ABANDONED THE 13-POINT MANUAL MUSCLE TEST PREMATURELY? IS IT USEFUL IN TRIALS INVOLVING PEOPLE WITH SPINAL CORD INJURY?

Neurology: spinal cord injury

2023: Dubai

DS-13

Discussion

Spinal Cord Injury Rehabilitation (DS-13)

2025: Tokyo

Neurology (PL-30)

Platform presentation

Behavioural change strategies increase physiotherapists’ adherence to Inspiratory Muscle Training for people with SCI: a pre-post study

2025: Tokyo

ePO-085

ePoster presentation

The effects of strength training and electrical stimulation on weakness in people with spinal cord injury: a randomised controlled trial

2025: Tokyo

ePO-015

ePoster presentation

Implementing technology-based exercises to enhance mobility and physical activity: Phase II of a feasibility hybrid type II randomised controlled trial.

Catherine Sherrington

Leanne Hassett

Nisha Aravind

2025: Tokyo

ePO-055

ePoster presentation

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PHYSIOTHERAPY INTERVENTIONS FOR INCREASING MUSCLE STRENGTH IN PEOPLE WITH SPINAL CORD INJURIES: A SYSTEMATIC REVIEW

ELECTRICAL STIMULATION FOR TREATING PRESSURE ULCERS: A COCHRANE SYSTEMATIC REVIEW

A PREDICTION MODEL TO IDENTIFY THOSE WITH SPINAL CORD INJURY LIKELY TO DIE WITHIN FIVE YEARS OF DISCHARGE

A PRELIMINARY INVESTIGATION OF THE MECHANISMS BY WHICH TRAINING INCREASES STRENGTH OF PARTIALLY-PARALYSED MUSCLES OF PEOPLE WITH SPINAL CORD INJURY

HAVE WE ABANDONED THE 13-POINT MANUAL MUSCLE TEST PREMATURELY? IS IT USEFUL IN TRIALS INVOLVING PEOPLE WITH SPINAL CORD INJURY?

Spinal Cord Injury Rehabilitation (DS-13)

Behavioural change strategies increase physiotherapists’ adherence to Inspiratory Muscle Training for people with SCI: a pre-post study

The effects of strength training and electrical stimulation on weakness in people with spinal cord injury: a randomised controlled trial

Implementing technology-based exercises to enhance mobility and physical activity: Phase II of a feasibility hybrid type II randomised controlled trial.

Is a remotely delivered physiotherapy program delivered through an App, cost-effective compared with usual face to face care?