Congenital myopathy
Conditions
Brief summary
Increase of MFM32 test after 6 months of treatment as compared to no treatment.
Detailed description
Increased walking distance during 6-minute walking test after 6 months of treatment., Less fatigability during physical activity after 6 months of treatment: assessed by comparing subjects speed (m/min) during the first and last minute of 6 minute walking test., Decreased time needed to complete timed function tests (10 m walk/run, 4 steps and down) after 6 months treatment., Increased hand strength on hand held myometry after 6 months on treatment., Less fatigability in upper extremities during physical examination: assessed with 5 consecutive 9 hole peg tests, where time of completion of first set is compared with time of completion of the last set., Increase in forced vital capacity both sitting and lying down after 6 months of treatment., Improvement of quality of life after 6 months of treatment.
Interventions
Sponsors
Eligibility
Design outcomes
Primary
| Measure | Time frame |
|---|---|
| Increase of MFM32 test after 6 months of treatment as compared to no treatment. | — |
Secondary
| Measure | Time frame |
|---|---|
| Increased walking distance during 6-minute walking test after 6 months of treatment., Less fatigability during physical activity after 6 months of treatment: assessed by comparing subjects speed (m/min) during the first and last minute of 6 minute walking test., Decreased time needed to complete timed function tests (10 m walk/run, 4 steps and down) after 6 months treatment., Increased hand strength on hand held myometry after 6 months on treatment., Less fatigability in upper extremities during physical examination: assessed with 5 consecutive 9 hole peg tests, where time of completion of first set is compared with time of completion of the last set., Increase in forced vital capacity both sitting and lying down after 6 months of treatment., Improvement of quality of life after 6 months of treatment. | — |
Countries
Sweden