top of page
Using NeuroRPM to inform a treatment change
USE CASE: CLINICAL INSIGHT
NeuroRPM provides AI-enabled Parkinson's monitoring that helps clinicians see how symptoms change in daily life, beyond the limits of a single office visit.
A real-world clinical example
See how NeuroRPM data helped a clinician identify symptom patterns, adjust treatment, and improve their patient's daily quality of life.
1
The challenge
A patient with Parkinson's reported that medication "does not last long enough," but the timing and severity of symptoms were unclear during the office visit.
2
NeuroRPM monitoring
The clinician enrolled the patient in NeuroRPM monitoring to understand symptom patterns over multiple days in their real-world environment.
3
Data reveals insights
The NeuroRPM report showed increases in motor symptoms late in the morning and again in the late afternoon, suggesting possible wearing off before the next dose.
4
Treatment change
The clinician adjusted the timing of therapy. Follow-up NeuroRPM data was used to evaluate the impact of the change.
NeuroRPM report highlights
Medication Change Comparison
NeuroRPM compared 10-day periods before and after a medication change, showing how symptom control changed overall, across individual doses, and across the patient's typical day.
ON Time
6.5%
Tremor Detected
Bradykinesia Detected
5.0%
3.5%
Dyskinesia Detected
1.0%
Dose-Specific Tremor Prevalence Comparison
Prior plan
Current plan
Prior plan prevalence
Current plan prevalence
Overall change
36%
41%
Up 5%
vs. prior plan
Time-of-Day Bradykinesia Prevalence
Prior plan
Current plan
Prior plan prevalence
23.5%
Current plan prevalence
27.2%
Overall change
Up 3.5%
vs. prior plan
Key insight
NeuroRPM detected higher tremor prevalence under the current plan, most notably in the morning. and midday dose windows. Differences were smaller later in the day, helping the clinician identify when tremor control changed most and support a more informed follow-up discussion.
Clinical impact
Identifies what matters
Highlights symptom fluctuations that may not be visible during an office visit.
Supports informed decisions
Provides objective data to guide medication timing and treatment adjustments.
Measures progress
Compare data before and after changes to evaluate impact.
Improves documentation
Creates a structured, data-backed basis for clinical decision-making.
Built-in RPM & reimbursement support
NeuroRPM is designed to support remote patient monitoring workflows, patient onboarding, monitoring review, documentation support, and monthly report generation. Practices may choose to manage RPM activities internally or use NeuroRPM-supported services, depending on their preferred operational model.
bottom of page