The results of a pilot randomised controlled trial to see if it feasible for a full-scale trial of aquatic therapy in boys with Duchenne muscular dystrophy (DMD) funded by the National Institute for Health Research (NIHR) Health Technology Assessment (HTA) programme, and supported by staff in DTS and ScHARR has recently been published online in the NIHR HTA Journal.

Physiotherapy is thought to help children with Duchenne muscular dystrophy (DMD) stay physically active. Aquatic therapy (AT; also known as hydrotherapy), that is, physiotherapy in warm water, allows exercise and stretching that are not possible on land. It is not clear that AT works, so NHS access is limited. The aim of this study was to see if a full-scale controlled trial was feasible. The researchers wanted to enrol 40 children to a pilot study, 20 of whom would have AT.

All children were asked to do stretching and exercise at home. The trial planned that half would have AT in hospital pools for half an hour, twice a week, for 6 months. We measured how well they could use their legs at the beginning and end of the study. After this, children, parents and physiotherapists told the researchers how they felt about AT and the study.

The research team screened 348 children with DMD for the study. Only 12 could enter the study. This number is too low to show whether or not AT works. Those involved said that it should be offered nearer to their homes than the trial managed. The cost to the NHS for 6 months of hydrotherapy treatment was £1970–£2734 per child.

Unfortunately an insufficient number of children could be found for a full-scale study run only from hospitals. Local AT programmes should be designed by specialist physiotherapists in liaison with children, parents, community physiotherapists and teaching assistants. Standard trial designs may not be feasible. Other research designs might be needed to test AT.

There is an excellent YouTube video explaining the results of the trial, introduced by the CTRU’s Dr Danny Hind.

https://youtu.be/THco3mYD6Lg