This is a three-armed open investigational study that aims to differentiate, quantify, and categorize abnormal eye movements and upper limbs movements in patients with Parkinson's disease. The study is using investigational non-invasive devices for that reason including ANLIVA® Hand Movement and ANLIVA® Eye Movement.
To evaluate performance of mathematical models developed to quantify and classify symptoms and disease state using sensor data from smart phone and eye tracking cameras in subjects with Parkinson's disease. A clinical investigator will be capturing data from the clinical encounter completed by default the same day in addition to other clinical questionnaires subjects will be filling themselves. A percentage of subjects will be asked prior to their arrival to be part of a subset study called OFF/ON study, where they will be asked not to take their IPD oral home medications prior to arrival. Both study procedure elements will be performed at the beginning of the evaluation and 60 minutes after taking their medication. There is also a longitudinal study part, where a percentage of the subjects will be asked to visit the clinic with 6 months interval, up to 4 times, including the first visit. There will be a percentage of approached subjects that belong to the category of Essential Tremor (ET) and Healthy control (HC) used for comparison purposes. ET and HC subjects will undergo the same recruitment and testing process.
Study Type
INTERVENTIONAL
Allocation
NON_RANDOMIZED
Purpose
DIAGNOSTIC
Masking
SINGLE
Enrollment
40
IPD subjects will be informed head of time not to take their dopaminergic medications and other Parkinson's non-dopaminergic medications such as anticholinergics, NMDA inhibitors, and adenosine blockers for at least 12 hours prior to their initial procedure. Immediately, after conducting both hand movement and eye movement tests, the patient will take 150% of their routine home dopaminergic medications dose right in the clinic. They will also take their non-dopaminergic medications doses similar to home dose with no change. This will be under the supervision of their treating movement disorders specialist and study PI.
Evaluation of performance of mathematical models developed to quantify and classify symptoms and disease state using sensor data from smart phone and eye tracking cameras
Dartmouth Hitchcock medical center
Manchester, New Hampshire, United States
Quantification of current IPD motor symptoms using kinetic tremor and Dyskinesia test
ANLIVA® Hand Movement score of kinetic tremor test and dyskinesia test will be measured. Measurements are done on subjects upper limb movements. SD score of kinetic tremor test and dyskinesia test will be assessed by assessors. SD is acronym for Stardots-Dartmouth score. The SD score will be used to benchmark the ANLIVA® device assessments as a nonreference standard. Minimum value is 0; maximum value is 4. A higher value on the SD score means more movement disorder.
Time frame: Day 1
Quantification of current IPD motor symptoms using rest tremor and postural tremor test
ANLIVA® Hand Movement score of rest tremor test and postural test will be measured. Measurements are done on subjects upper limb movements. SD score of rest test and postural tremor test will be assessed by assessors. SD is acronym for Stardots-Dartmouth score. The SD score will be used to benchmark the ANLIVA® device assessments as a nonreference standard. Minimum value is 0; maximum value is 4. A higher value on the SD score means more movement disorder.
Time frame: Day 1
Classification between Dyskinesia or kinetic tremor
ANLIVA® Hand Movement score of kinetic tremor test and dyskinesia test will be measured. Measurements are done on subjects upper limb movements. This will be compared to assessments of SD score Dyskinesia classification. SD is acronym for Stardots-Dartmouth score. The SD score will be used to benchmark the ANLIVA® device assessments as a nonreference standard. Minimum value is 0; maximum value is 4. A higher value on the SD score means more movement disorder.
Time frame: Day 1
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