Study register · detail
Clear benefit
GRADE
Moderate
79 citations
Samplen = 25 Pat.
Duration5 months
EndpointSpasticity and dystonia
Blindingoffen
DesignProspektive Pilotstudie (unkontrolliert)
Cannabinoidkombination
THC:CBD1:20
Routeoral
Key finding
CBD-rich cannabis oil significantly improved spasticity, dystonia, sleep, pain and quality of life in children with complex movement disorders.
Summary
n=25 children (1–17 y.) with complex movement disorder, CBD-rich cannabis oil over 5 months; significant improvement in pain intensity in the overall cohort regardless of formulation group; accompanying improvements in quality of life and sleep also reported.
P
PopulationChildren with moderate to severe complex movement disorders (spasticity, dystonia), n=25, age 1–17 years
I
InterventionCBD-enriched cannabis oil 5%: group 1 with 0,25% THC (CBD:THC 20:1) or group 2 with 0,83% THC (CBD:THC 6:1), oral, 5 months
O
OutcomeSignificant improvement in spasticity/dystonia, sleep disturbances, pain intensity and quality of life in the overall cohort (p not specified); adverse events in 5/25 patients
Confidence in the evidence
Moderate
The third of four GRADE levels, the effect estimate is probably reliable.
Downgraded for
Imprecision
Quality profile
Sample size
★★★★★
Blinding
Open-label
Effect size
Clear benefit
Citations / year
★★★★★
Authors
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Abstract
A complex motor disorder is a combination of various types of abnormal movements that are associated with impaired quality of life (QOL). Current therapeutic options are limited. We studied the efficacy, safety, and tolerability of medical cannabis in children with complex motor disorder. This pilot study was approved by the institutional ethics committee. Two products of cannabidiol (CBD) enriched 5% oil formulation of cannabis were compared: one with 0.25% δ-9-tetrahydrocannabinol (THC) 20:1 group, the other with 0.83% THC 6:1 group. Patients aged 1 to 17 years (n = 25) with complex motor disorder were enrolled. The assigned medication was administered for 5 months. Significant improvement in spasticity and dystonia, sleep difficulties, pain severity, and QOL was observed in the total study cohort, regardless of treatment assignment. Adverse effects were rare and included worsening of seizures in 2 patients, behavioral changes in 2 and somnolence in 1.
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