Pulmonology Practice Software

Pulmonology practices manage chronic respiratory conditions including COPD, asthma, interstitial lung disease, and sleep disorders. Patients require ongoing monitoring with between-visit symptom tracking informing clinical decisions. RTM through the clinIQ app captures respiratory symptoms and functional status systematically.

Clinic flow involves pulmonary function testing, bronchoscopy, and office visits with varied requirements. Patient flow coordinates patients through testing before physician evaluation.

Sleep medicine overlap means many pulmonology practices manage sleep apnea and other sleep disorders. Wearable integration captures sleep quality data from consumer devices that supplements formal sleep studies.

Care coordination spans primary care for shared chronic disease management, cardiology for patients with combined cardiopulmonary disease, thoracic surgery for lung nodules and cancer, and oncology for lung cancer treatment.

RTM billing for pulmonology uses CPT 98976 for respiratory device supply plus 98980 and 98981 for treatment management time. COPD, asthma, and other chronic respiratory conditions qualify.

COPD monitoring captures dyspnea levels, cough and sputum production, activity tolerance, and exacerbation symptoms. Patients report through the clinIQ app on a schedule. Symptom escalation triggers secure messaging outreach for early intervention.

Asthma monitoring tracks symptom frequency, rescue inhaler use, peak flow measurements for patients with meters, and trigger exposures. Patterns showing poor control prompt medication adjustment.

Interstitial lung disease monitoring captures dyspnea progression, cough severity, and functional status. Activity data from wearables shows functional capacity changes over time.

The revenue opportunity shows $100-130 per enrolled patient monthly. One hundred patients generates $10,000-13,000 monthly or $120,000-156,000 annually. Chronic pulmonary patients are prime RTM candidates.

Clinical value from RTM enables proactive exacerbation management. COPD patients reporting increasing dyspnea and sputum changes may need early antibiotic and steroid intervention. Asthma patients using rescue inhalers frequently need controller adjustment.

Respiratory symptom tracking through the clinIQ app captures between-visit data that informs clinical management.

Dyspnea tracking using standardized scales documents breathlessness over time. Changes in dyspnea may indicate disease progression or exacerbation. Correlation with activity data from wearables provides context.

Cough and sputum tracking captures frequency, severity, and sputum characteristics. Changes in sputum volume or color may indicate infection requiring intervention.

Peak flow tracking for asthma patients with home meters documents airway function between visits. Patients log readings through the app. Declining trends or increased variability indicate poor control.

Rescue medication use tracking documents how often patients use short-acting bronchodilators. Frequent rescue use indicates inadequate control requiring treatment adjustment.

Activity tolerance through wearable integration shows functional capacity. Step counts and active minutes indicate what patients can do between visits. Declining activity may precede symptomatic deterioration.

Sleep quality from wearables is relevant for patients with sleep apnea or respiratory conditions affecting sleep. Poor sleep correlates with respiratory symptoms and daytime function.

Patient flow in pulmonology manages patients through testing and office visits with varied requirements.

Pulmonary function testing requires dedicated time and equipment. PFT scheduling coordinates with clinic flow so patients complete testing before physician evaluation when needed.

Office visit flow for follow-ups involves vitals, symptom review, and examination. Check-in through the clinIQ app collects symptom information before visits.

Bronchoscopy procedure flow for diagnostic procedures requires separate coordination from office visits. Pre-procedure preparation and post-procedure monitoring need appropriate scheduling.

Sleep study coordination for patients needing polysomnography involves scheduling with sleep labs or home sleep testing.

Analytics from flow data identify bottlenecks and optimization opportunities.

Telehealth for appropriate visits allows symptom review and medication management without travel, particularly valuable for patients with limited mobility due to respiratory disease.

Pulmonology requires coordination with specialties sharing patient care.

Primary care coordination addresses shared chronic disease management. PCPs manage many respiratory conditions initially. Communication through secure messaging and file exchange aligns care.

Cardiology coordination for patients with combined cardiopulmonary disease addresses overlapping symptoms and shared management. Dyspnea may be cardiac, pulmonary, or both.

Thoracic surgery coordination for patients with lung nodules, cancer, or conditions requiring surgical intervention. File exchange shares imaging and evaluation findings.

Oncology coordination for lung cancer patients addresses chemotherapy, immunotherapy, and radiation alongside pulmonary management.

Sleep medicine coordination for patients with sleep apnea addresses CPAP management and ongoing monitoring.

Allergy/immunology coordination for asthma patients with significant allergic triggers. Allergy testing and treatment may complement pulmonary management.

Pulmonology implementation addresses RTM enrollment for respiratory conditions, symptom tracking, wearable integration, and patient flow.

Week one maps clinic flow including PFT coordination. RTM configures for COPD, asthma, and ILD symptom tracking. Wearable integration configures for activity and sleep data.

Week two trains clinical staff on patient flow and check-in. Providers train on RTM data review and wearable interpretation. Staff practices RTM enrollment.

Week three goes live with patient flow, RTM enrollment, and tracking.

ROI sources include RTM billing revenue at $100-130 per patient monthly with 100 patients generating $120,000+ annually. Early exacerbation intervention may reduce hospitalizations. Telehealth enables care for patients with mobility limitations.

Professional tier at $499 monthly includes RTM, patient flow, scheduling, telehealth, wearable integration, secure messaging, and analytics.