Effect of Continuous Apomorphine During the Night on Sleep Disorders in Insomniac Patients With Parkinson's Disease

Clinique Beau Soleil45 enrolled

Overview

The purpose of the study is to demonstrate that continuous apomorphine treatment during the night compared with placebo improves sleep quality in insomniac patient with Parkinson's disease.

Sleep disorders are very common in Parkinson's disease (PD). They are present in almost all patients. They have an important impact on quality of life. To improve the comfort of patients, neurologists typically offer either dispersible form of levodopa, prolonged release dopaminergic agonists treatments or deep brain stimulation surgery. Unfortunately these treatments are too short-acting for the dispersible form of levodopa or not always sufficient for the oral or transdermal dopamine agonist or are very heavy to implement as surgery. Some sleep disorders such as restless legs syndrome and periodic leg movements, and obstructive sleep apnoea syndrome, seem to be more frequent in PD patients than in general population and could be improved by a continuous dopaminergic treatment the night. Finally, daytime sleepiness is a major problem in PD patients. Although it seems most often linked to dopaminergic treatments given during the day, it could also be, in some patients the result of a very bad night's sleep, leading to a rebound of sleep during the day. The main objective is to demonstrate that compared with placebo, nocturnal continuous apomorphine treatment improves sleep quality assessed by the patient on the PDSS-2 scale in fluctuating parkinsonian patients with complaints of insomnia. The secondary objectives are to measure the effectiveness of nocturnal continuous apomorphine on sleep quality : total sleep time, sleep efficiency, arousal index, ventilatory events and legs movements indexes, to measure the relative proportion of sleep stages (N1, N2, N3, Rapid Eye Movement ou REM sleep), position changes during sleep index and the percentage of time spent in the supine position, percentage of time with SpO2 \<90%), sleepiness (Epworth and Multiple Sleep Latency Test) and their consequences on quality of life (EuroQol 5), depressive symptoms (Beck II), anxiety (STAI), overall cognition (MOCA), pain and engine condition after waking up.

Study Type

INTERVENTIONAL

Allocation

RANDOMIZED

Purpose

TREATMENT

Masking

TRIPLE

Enrollment

Conditions

Parkinson Disease

Interventions

ApomorphineDRUG

cross-over with start with Apokinon in the 1st phase- in the 2nd phase of continuous treatment with Physiologic Serum.

PlaceboDRUG

cross-over with start with.Physiologic Serum in the 1st phase- in the 2nd phase of continuous treatment with Apokinon.

Eligibility

Sex: ALLMin age: 35 YearsMax age: 90 Years

Medical Language ↔ Plain English

Inclusion Criteria: * Idiopathic Parkinson's disease ( Hughes AJ et al. 2001) * Patients with motor fluctuations * Chronic Insomnia disorder criteria according to the criteria of DMS- V ( American Psychiatric Association, 2013) and insomnia severity index \> 15 * Able to use independently the device required for treatment by apomorphine * Collection of written informed consent (legal obligation for any project under the public health law , bioethics laws and / or CNIL) . * Affiliate to social security or beneficiary of such a regime Exclusion Criteria: * Atypical Parkinsonian Syndromes * Parkinson's disease with dementia (Montreal Cognitive Assessment (MoCA) \<25/30 (NASREDDINE and al., 2012)) * Parkinson's disease with hallucinations * Parkinson's disease with impulse Control disorder (ICD) * Parkinson's disease already treated with APOMORPHINE pump or justifying the use of the pump continuously day and night * Another obvious severe disease explaining insomnia * Exclusion for monitoring difficulties (mutation, insufficient motivation, priority associated pathology in care) * Patient unwilling to accept a pump * Patient not accepting polysomnography and multiple sleep latency test * Patient with health problems or a skin disease precluding continuous subcutaneous infusion * Female parturient or nursing * Cardiac dysrhythmia precluding treatment with domperidone or apomorphine (increased QTc ≥ 440 ms in men, QTc ≥ 450 ms in women) * Treatments forbidden in association with apomorphine such as: * antiemetic neuroleptics * Tetrabenazine * Excessive alcohol consumption * Contraindications for apomorphine: * Hypersensitivity to apomorphine or one of the excipients * Respiratory Depression * Hepatic impairment * Intellectual Disability * Dementia

Locations (9)

Chu Gabriel Montpied

Clermont-Ferrand, France

Hôpital de la TIMONE

Marseille, France

Clinique Beau Soleil

Montpellier, France

CHU de NANTES - HOPITAL NORD

Nantes, France

Outcomes

Primary Outcomes

Change from baseline PDSS2 score (Parkinson's Disease Sleep Scale) at the end of the sequence

This score is a score range, it's the difference between PDSS2 score at day18 and day 1 (for the first sequence) and difference between day 53 and day 36 (for the second sequence).

Time frame: 53 days

Secondary Outcomes

Total sleep time period

Variable will be measured from the polysomnography recordings

Time frame: 53 days

Total sleep time (non-Rapid Eye Movements (REM) stages 1,2,3 plus REM sleep)

Variables will be measured from the polysomnography recordings

Time frame: 53 days

Length of the intra-sleep wakefulness

Time frame: 53 days

Sleep efficiency (total sleep time based on the total sleep period)

Time frame: 53 days

Duration of each sleep stage of the total sleep time

Time frame: 53 days

Subjective sleepiness on the Epworth Sleepiness Scale

Time frame: 53 days

Sleep latency (between light extinction and the first period of sleep)

Time frame: 53 days

Arousal index

Time frame: 53 days

Apnea / hypopnea Index

Time frame: 53 days

Data from ClinicalTrials.gov

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