Key Figures from Our Use Case Deployment
The Need for an AI based Medication Adherence Model
It is important to identify the top causes of non-adherence per patient and apply custom interventions at the root cause, and this can be an overtly complex process involving volumes of patient data, refill data, prescription claims data, pill counts and other components.
Also, the intervention measures have to be at multiple levels, not just the patients, but also at the provider levels.
This underscores the need of an effective AI based Medication Adherence model leveraging advanced machine learning to measure adherence levels per patient, accurate risk stratification of patients, identify key drivers of non-adherence and recommend intelligent recommendations and interventions per patient to improve adherence.
AI assisted medication adherence has the potential to overhaul adherence monitoring, enhancing patient outcome and improve overall healthcare system efficiency.
Methods to Incorporate AI in Medication Adherence
Data analysis is conducted on structured and unstructured datasets to identify drivers influencing medication adherence. Patient risk segmentation forms a critical part of the approach, enabling the design of personalized interventions based on the degree and driver of non-adherence risk. The models undergo continuous refinement, assuring accurate predictions and optimization of adherence strategies. Finarb also integrates intuitive patient follow-ups, custom intervention recommendations, refill reminder systems and various patient empowerment modules through gamification and incentives to enhance the efficacy of AI-based medication adherence.
Finarb makes use of NLP with BERT and Transformer Models, and Machine Learning algorithms like XGBoost and Random Forest as the foundation of our Medication Adherence models. Our models are built to run on cloud-based platforms such as Google Cloud Platform (GCP) and BigQuery. Data pipeline management is handled through Azure Dataflow (ADF), while data visualization is conducted with PowerBI.
Benefits of AI based Medication Adherence
- Achieve optimized non-adherence of 60% post model deployment, from an initial risk of 96%, an almost 35-40% reduction in risk
- Enhance effectiveness of targeted interventions by 30-37%, optimizing resource allocation and reducing wastage.
- Increase patient adherence, improving health outcome, reducing complications, and fewer hospitalizations.
- Save time for healthcare providers by reducing the effort spent on monitoring patient adherence, allowing for more focus on essential tasks.