Workflow GuideAllergy & Immunology

APCM Care Plan Workflow for Allergy & Immunology

Streamline APCM care plan creation for allergy practices. Optimize asthma, immunotherapy, and eczema management with AI-driven workflows.

Establishing a robust APCM care plan is vital for allergy and immunology practices managing chronic conditions like asthma, primary immunodeficiencies, and severe eczema. This guide outlines a structured workflow to identify eligible patients, document comprehensive care goals, and automate the monitoring of biologics and immunotherapy through AI-powered communication tools.

The Challenge

Allergy practices often overlook APCM revenue because manual care plan creation and updates for asthma action plans or immunotherapy maintenance are time-consuming and prone to documentation gaps that lead to billing denials.

Step-by-Step Workflow

1

Patient Identification & Eligibility Screening

Utilize AI to scan EHR records for patients with two or more chronic conditions, such as persistent asthma and allergic rhinitis, or those on long-term biologic therapies like Xolair or Dupixent.

Best Practices
  • Cross-reference ICD-10 codes for chronic urticaria and eczema
  • Identify patients on maintenance-phase immunotherapy
Common Pitfalls
  • Ignoring patients with a single high-risk condition like PIDD
  • Failing to verify active status of chronic medications
2

Initial Care Plan Assessment

Conduct a comprehensive review of the patient’s history, including anaphylaxis risks, environmental triggers, and current immunotherapy dosage schedules to establish a baseline for chronic care.

Best Practices
  • Document specific environmental triggers like mold or pollen
  • Record baseline FEV1 levels for asthma patients
Common Pitfalls
  • Vague documentation of previous anaphylactic episodes
  • Overlooking the patient's current epinephrine autoinjector status
3

Goal Setting & Action Plan Integration

Define specific clinical goals such as reduced rescue inhaler use or successful titration of maintenance shots, integrating the AAAAI-compliant asthma or allergy action plans into the digital record.

Best Practices
  • Set measurable goals for peak flow meter readings
  • Align goals with the patient's lifestyle and trigger avoidance
Common Pitfalls
  • Setting generic goals that aren't specific to immunology
  • Failing to share the digital action plan with the patient
4

AI-Driven Automated Check-ins

Deploy AI voice assistants to conduct monthly check-ins on medication adherence, symptom flares, and environmental trigger avoidance, feeding structured data back to the EHR care plan.

Best Practices
  • Configure AI to ask about inhaler technique
  • Prompt for local pollen count impact on symptoms
Common Pitfalls
  • Using overly technical medical jargon in AI scripts
  • Not setting up alerts for frequent rescue inhaler use
5

Biologic and Immunotherapy Monitoring

Schedule automated prompts to track reactions to IVIG or subcutaneous immunotherapy, ensuring any adverse local or systemic events are flagged for immediate provider review and plan adjustment.

Best Practices
  • Track injection site reactions for biologic users
  • Monitor for late-phase reactions after immunotherapy
Common Pitfalls
  • Inconsistent tracking of biologic injection dates
  • Failing to document missed immunotherapy maintenance doses
6

Medication Reconciliation & Prescription Management

Verify epinephrine autoinjector expiration dates and inhaler refill status via structured AI interviews, updating the care plan based on patient-reported adherence and pharmacy data.

Best Practices
  • Check expiration dates for all emergency medications
  • Assess use of controller vs rescue medications
Common Pitfalls
  • Assuming the patient is using the correct inhaler technique
  • Neglecting to update the care plan when medications change
7

Final Documentation & APCM Billing Submission

Review the 20 minutes of non-face-to-face care provided, including AI interactions and care coordination, and finalize the care plan for monthly APCM reimbursement codes.

Best Practices
  • Aggregate AI call duration into total monthly time
  • Ensure the care plan is accessible to the entire clinical team
Common Pitfalls
  • Under-reporting time spent on care coordination
  • Missing the required monthly signature for plan updates

Expected Outcomes

1

Increased APCM revenue through automated time tracking and documentation

2

Improved asthma control scores via consistent AI-led monitoring

3

Higher immunotherapy compliance rates due to proactive follow-ups

4

Reduced emergency room visits for anaphylaxis and acute asthma flares

5

Streamlined documentation for AAAAI and MACRA compliance

Frequently Asked Questions

Common qualifying conditions include persistent asthma, chronic urticaria, primary immunodeficiency (PIDD), and severe atopic dermatitis, provided they require ongoing management and place the patient at risk.

AI automates the monthly check-in process to verify if the patient is following their action plan, identifies triggers for plan updates, and monitors rescue inhaler frequency to alert the clinician.

Yes, patients on maintenance-phase immunotherapy often qualify if they have a second chronic condition or if their immunologic condition is severe enough to require a structured long-term care plan.

Yes, time spent by clinical staff or automated systems (under clinical supervision) in monitoring, managing, and updating the care plan contributes to the monthly time requirement for APCM codes.

Ready to transform your allergy & immunology practice?

See how Tile Healthcare's AI call center can handle scheduling, triage, and patient communication for your practice.

Schedule a Demo
APCM Care Plan Workflow for Allergy & Immunology | Tile Health