EHR for Pulmonologists

Bridge clinic, lab, and hospital workflows to manage asthma, COPD, and sleep disorders flawlessly.

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Pulmonology AI-Driven Clinic Software

Pulmonology AI-Driven Clinic Software

Built to decode the complexity of plethysmography, oscillometry, and diffusion capacity studies, our secure, HIPAA-compliant pulmonology platform transforms raw respiratory signals into predictive clinical clarity.

AI-enhanced CT analytics surface early interstitial lung changes, subtle emphysema patterns, and fibrosis progressions invisible to standard review. Dynamic COPD and asthma risk engines project exacerbation probabilities weeks in advance, enabling action before hospitalizations occur.

Sleep-disordered breathing modules integrate CPAP, BiPAP, and oximetry data to track adherence and detect treatment-resistant apnea in real time. Pulmonary hypertension dashboards align right-heart cath data, echocardiography, and exercise tolerance into a unified longitudinal view.

From ventilator feeds to oxygen titration at home, our EHR + practice management for respiratory clinics bridges the continuum of respiratory care with uncompromising accuracy.

Appointment Scheduling

Appointment
Scheduling

Chronic Disease Management

Chronic Disease
Management

Integrated Diagnostic Tools

Integrated Diagnostic
Tools

AI Scribe

AI Scribe

Prescription

Eprescription

Pulmonology EHR Software Interface

Pulmonology

Pulmonology EHR Key Capabilities

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Pulmonology EHR with PFT/Spirometry Integration

Built for respiratory care with templates for asthma, COPD, ILD, and sleep apnea. Embedded spirometry, FeNO, and walk tests flow into notes. Linked CT, bronchoscopy, and ventilator data unify pulmonary records on one screen.

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Pulmonology Billing & Coding Software

Handles complex pulmonology codes like 94060 and 95810/95811. Automated crosswalks prevent bundling errors in PFTs and CPET. Real-time analytics track payer trends, safeguarding revenue from undercoded therapies and rehab sessions.

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Patient Engagement for Respiratory Conditions

Patients log CPAP data, peak-flow trends, and oxygen diaries. Dashboards highlight adherence and risk flags. Education modules teach inhaler use, rehab routines, and trigger avoidance, all tailored to chronic respiratory conditions.

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Tele-Pulmonology/Remote Monitoring

Telehealth integrates spirometry uploads, CPAP cloud data, and oximetry feeds. Detect nocturnal desaturations, adjust therapy remotely, and extend access with virtual pulmonary rehab and sleep studies for fragile patients.

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AI Assistance in Pulmonology Documentation

AI-driven note support listens for clinical context and builds structured documentation in real time. It tags spirometry values, PFT interpretations, and oxygen titration changes directly into progress notes. Suggested phrasing aligns with pulmonary guidelines, reducing missed modifiers and cutting dictation time. Physicians validate instead of re-typing, ensuring accuracy without slowing the encounter.

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Interoperable EHR with Labs & Imaging

Pulmonology workflows connect seamlessly with external labs and imaging networks. Arterial blood gas panels, FeNO assays, and sleep study reports auto-flow into structured results tables. CT chest scans, PET-CT lung staging, and echocardiography images appear in-line with respiratory notes, eliminating tab-hopping. This interoperability centralizes diagnostics, so physicians move from results to treatment planning without disruption.hab and sleep studies for fragile patients.

Real Stories From Medical Practices Thriving With OmniMD

Frequently Asked Questions

Yes, OmniMD’s EHR integrates with various diagnostic devices, including spirometers and imaging systems, to simplify data collection and analysis.

OmniMD’s EHR simplifies workflow, from appointment scheduling and documentation to billing and reporting, allowing pulmonologists to spend more time with patients and less on administrative tasks.

OmniMD’s EHR allows integration with sleep study results, including polysomnography, and offers tools for managing sleep apnea treatment, including CPAP therapy tracking and adherence monitoring.

Yes, OmniMD’s EHR supports integration with remote patient monitoring devices, allowing pulmonologists to track patient metrics such as oxygen saturation, heart rate, and respiratory rate in real-time for better management of chronic conditions.

Yes, OmniMD’s EHR allows pulmonologists to create multi-disciplinary care plans involving other specialists like cardiologists, sleep specialists, and physical therapists to ensure coordinated treatment for complex pulmonary conditions.

Pulmonology EHR software is an electronic health records system built specifically for respiratory medicine practices. It includes structured documentation for spirometry and pulmonary function tests, COPD GOLD staging, sleep study and polysomnography billing, CPAP initiation and compliance tracking, asthma step-therapy management, and remote patient monitoring for SpO2 and peak flow. General EHR platforms require significant manual configuration to handle the procedure-heavy billing and clinical specificity that pulmonology visits demand across the PFT panel, sleep medicine, and chronic respiratory disease management.

Pulmonary function testing uses a panel of CPT codes depending on the tests performed. Spirometry alone bills under CPT 94010; pre and post bronchodilator spirometry (reversibility testing) bills under CPT 94060. Lung volume measurement by plethysmography is CPT 94726; diffusing capacity (DLCO) is CPT 94729; airway resistance by impulse oscillometry (IOS) is CPT 94728; and respiratory flow-volume loop is CPT 94375. These codes are frequently billed together on the same date of service as a PFT panel, with modifiers applied when performed alongside an E&M service (99202–99215). Pulmonary stress testing bills under 94620 (simple) or 94621 (complex).

Yes. OmniMD includes structured spirometry fields for FEV1, FVC, FEV1/FVC ratio, TLC, RV, DLCO, and percent-predicted values with automatic GOLD staging classification for COPD based on FEV1 percent predicted. The platform supports direct import from connected spirometer devices to eliminate manual transcription of PFT results. Pre and post bronchodilator values display side by side in the encounter note to support reversibility interpretation. All PFT results are stored in discrete fields for longitudinal trending across visits and for quality measure reporting under MIPS COPD measures.

OmniMD tracks COPD longitudinally with FEV1 trending across visits, exacerbation history with hospitalization count, CAT score documentation, and current inhaler therapy step logged at each encounter. The problem list carries GOLD stage (1–4) based on FEV1 percent predicted and updates when new spirometry is recorded. For patients with two or more chronic conditions including COPD, the platform tracks monthly non-face-to-face time for chronic care management billing (CPT 99490–99491). Remote SpO2 readings from connected pulse oximeters route into the encounter through OmniMD’s RPM integration, with alert thresholds for oxygen saturation below 88% generating a care team notification.

Common pulmonology ICD-10-CM codes include: COPD with acute exacerbation J44.1, COPD with lower respiratory infection J44.0, unspecified COPD J44.9, mild intermittent asthma J45.20, moderate persistent asthma with acute exacerbation J45.41, severe persistent asthma with acute exacerbation J45.51, obstructive sleep apnea (adult) G47.33, pulmonary fibrosis unspecified J84.10, unspecified pneumonia J18.9, acute respiratory failure J96.00, hypoxemia R09.02, and lung cancer (upper lobe, unspecified side) C34.10. COPD codes require specificity: J44.1 (exacerbation) versus J44.0 (infection) versus J44.9 (neither) must be selected correctly at each visit for payer acceptance and MIPS quality measure attribution.

Yes. OmniMD includes encounter templates for attended polysomnography (CPT 95810), CPAP titration study (CPT 95811), and home sleep apnea testing (CPT 95800–95801). Sleep study documentation includes discrete fields for AHI, RDI, arousal index, oxygen nadir, and sleep architecture percentages that satisfy payer documentation requirements for OSA diagnosis and CPAP authorization. CPAP initiation (CPT 94660) is documented with therapy pressure, mask type, and patient education, and the platform tracks CPAP compliance data across follow-up visits for DME authorization renewals. The OSA diagnosis (G47.33) links to the sleep study date and AHI value in the problem list for longitudinal tracking.

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