Workflow GuideDiabetes Management

Diabetes Chronic Care Risk Stratification Workflow

A comprehensive risk stratification workflow for Diabetes Management to optimize APCM enrollment, A1C monitoring, and insulin safety using AI automation.

Effective diabetes management requires a data-driven approach to identify high-risk patients before complications arise. This workflow leverages AI-powered call handling to stratify diabetic patients based on A1C levels, insulin dependence, and comorbid conditions, ensuring that those most at risk receive the intensive care coordination required for APCM success and improved clinical outcomes.

The Challenge

Manual risk stratification for large diabetic populations is labor-intensive, leading to missed APCM enrollment opportunities and delayed interventions for patients with fluctuating glucose levels or emerging complications like neuropathy and nephropathy.

Step-by-Step Workflow

1

Data Integration & Initial Screening

Synchronize EMR data to identify diabetic patients with A1C levels above 7.0% or those prescribed insulin. This stage focuses on identifying the baseline population eligible for Advanced Primary Care Management (APCM) services and those requiring immediate glycemic review.

Best Practices
  • Ensure EMR integration is real-time
  • Filter by Medicare Part B eligibility
Common Pitfalls
  • Ignoring patients with 'controlled' A1C who still have high-risk comorbidities
2

AI-Driven Social Determinants Assessment

Utilize AI-powered voice outreach to conduct SDOH screenings. The AI identifies if a patient lacks access to testing supplies, healthy food, or reliable transportation, which are critical factors in diabetes risk that often go undocumented in standard clinical visits.

Best Practices
  • Use empathetic AI voice profiles
  • Ask specific questions about medication cost barriers
Common Pitfalls
  • Failing to document SDOH barriers in the patient record for care planning
3

Glycemic Control Categorization

Tier patients based on clinical complexity. High-risk includes those with A1C > 9.0, frequent hypoglycemia, or multiple comorbidities like CKD and hypertension, while moderate-risk includes those with stable but elevated A1C levels between 7.1 and 8.9.

Best Practices
  • Include gestational diabetes history in risk factors
  • Monitor for rapid A1C shifts
Common Pitfalls
  • Relying solely on A1C without considering glycemic variability and time-in-range
4

Automated APCM Enrollment Outreach

Deploy AI assistants to contact eligible patients, explain the value of chronic care coordination, and obtain enrollment consent. This removes the administrative burden of manual enrollment calls from clinical staff while ensuring 100% reach of the eligible population.

Best Practices
  • Script AI to mention specific care team members
  • Offer to schedule the first care plan review
Common Pitfalls
  • Using overly technical medical jargon during enrollment calls
5

Frequency Adjustment for Monitoring

Set automated touchpoint schedules based on tier. High-risk patients receive weekly AI check-ins for glucose trends and medication adherence, while moderate-risk patients receive monthly lifestyle and diet reinforcement calls to prevent further escalation.

Best Practices
  • Rotate educational topics like diet and foot care
  • Allow patients to choose preferred call times
Common Pitfalls
  • Overwhelming low-risk patients with too many automated calls
6

Dynamic Escalation & Intervention

Integrate continuous glucose monitor (CGM) alerts and AI feedback loops into the workflow. If the AI detects a pattern of high or low readings during its check-ins, it automatically escalates the patient to a clinical nurse for immediate intervention and dose adjustment.

Best Practices
  • Set specific thresholds for urgent nurse escalation
  • Confirm patient has rescue glucose available
Common Pitfalls
  • Assuming all patients understand how to interpret CGM trends without guidance
7

Quarterly Risk Re-assessment

Perform quarterly reviews of risk tiers. The AI analyzes interaction data, medication changes, and updated lab results to move patients between risk levels, ensuring the intensity of care matches the patient's current glycemic status and complication profile.

Best Practices
  • Compare current A1C to 12-month averages
  • Review medication changes at every tier shift
Common Pitfalls
  • Keeping patients in high-risk tiers indefinitely after stabilization

Expected Outcomes

1

Increased APCM enrollment rates for diabetic Medicare beneficiaries.

2

Reduction in emergency department visits for hypo/hyperglycemic crises.

3

Improved A1C optimization through more frequent, automated touchpoints.

4

Enhanced identification and management of diabetic complications like nephropathy.

5

Higher patient satisfaction via proactive lifestyle and medication support.

Frequently Asked Questions

AI provides consistent, low-friction touchpoints that make patients feel supported without requiring them to navigate complex phone trees or wait on hold for a nurse.

Yes, our AI solutions support multiple languages, ensuring that non-English speaking diabetic patients receive the same level of risk assessment and care coordination.

The AI is programmed to recognize high-risk keywords like 'ulcer' or 'numbness' and will immediately route the call to a live provider or flag the chart for urgent follow-up.

By automating the routine monitoring and stratification of stable patients, specialists can focus their time on complex cases while the AI handles the bulk of APCM outreach.

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Diabetes Chronic Care Risk Stratification Workflow | Tile Health