View clinical trials related to Mild Alzheimer's Disease.
Filter by:To evaluate the safety, tolerability, multiple dose plasma pharmacokinetics (PK) of LNK-754 in male and female elderly volunteers after dosing with LNK-754 for 7 days and in subjects with mild Alzheimer's Disease after dosing with LNK-754 for 28 days.
Eligible patients will undergo this open label initial safety and feasibility study investigating the use of 6 g/day sodium oxybate in mild AD. A total of 5 visits are included with this trial and total subject participation duration of 7-8 weeks. The screening phase will include an initial screening visit and a screening PSG night. After successful screening, subjects will complete a baseline PSG night and undergo a third PSG night to monitor initial safety and compliance with study drug at a dosage of 4.5 g/day of sodium oxybate. Thus the subject will undergo three consecutive nights of PSG in the sleep center. The patient will maintain a dosage of 4.5 g/day for a duration of 7 days leading to Treatment Visit 1. After successful assessment at Treatment Visit 1, the dosage will be increased to 6 g/day for the duration of the trial. At Treatment Visit 2 (day 21), the dosage will be increased to a dosage of 9 g/day, if tolerated by the patient. The remaining visit will occur at 6 weeks after baseline, with Treatment Visit 3 consisting of two consecutive nights of PSG. Participation will be complete after this visit. Phone follow-up will be made at one week post completion visits to assess any wash-out symptoms. Please refer to Figure for flow of the study design.
This study will investigate AQW051 in patients with either mild Alzheimer's disease or amnestic mild cognitive impairment. The effect on cognitive impairment will be measure using validated computerized tests which measure cognitive function. This study will also explore the safety and tolerability of AQW051 in these patients.
Our central hypothesis is that the early metabolic lesions of MCI can be reliably detected in individual subjects by objective analysis of [18]F-fluorodeoxyglucose (FDG) positron-emission tomography (PET) brain images, earlier and more accurately than by subjective clinician rating.