Pulmonology
Spirometry tracking, respiratory disease management, and pulmonary function workflows for pulmonology practices
10:05 — a COPD follow-up lands.
A patient with COPD arrives after a winter of breathlessness, home SpO2 readings synced from a monitor. TUCAN trends the falling FEV1, ties the two recent exacerbations to the readings, and drafts a structured visit note with an updated action plan — the pulmonologist confirms the inhaler step-up, documents the technique check, and the coded encounter is closed before the next appointment.
What your practice gains
Lung function changes seen sooner
Spirometry is trended against baseline, so decline surfaces before the next visit.
Control kept in view
Respiratory signals are read across encounters and flagged when they drift.
Notes that keep pace
Visit documentation is drafted from the encounter instead of typed after the clinic.
Coding without the afterthought
The matching GOÄ/EBM code is proposed with each note, so nothing billable slips away.
Follow-up that carries itself
Monitoring intervals and reviews are scheduled with prior results carried forward automatically.
Clinical Use Cases
COPD Management
Track spirometry decline, manage exacerbations, and document action plans through a structured COPD care pathway.
Asthma Control
Combine symptom scoring, peak-flow trending, and step-up/step-down medication management for asthma control.
Sleep & Respiratory Screening
Structured screening workflows with questionnaire scoring and automated referral triggers for sleep studies.
What changes for your practice
Respiratory intelligence
Spirometry, SpO2, and symptom scores are read as one longitudinal signal with decline alerts, not isolated tests.
- FEV1, FVC, and peak-flow trended with reference-range and decline alerts
- Home SpO2 and respiratory vitals ingested and flagged for anomalies
- Asthma and COPD severity scored with exacerbation tracking
Documentation that writes itself
Structured visit notes and action plans are drafted from the respiratory review instead of typed after it.
- Structured Encounter note generated from the reviewed tests
- Asthma and COPD action plans with guideline-adherence monitoring
- One-click correction rather than blank-page dictation
Adherence & technique
Inhaler and respiratory protocols carry technique documentation, interaction checks, and adherence tracking.
- Inhaler technique documented at each review
- Interaction checks before the prescription is signed
- Adherence patterns surfaced against exacerbation history
The connected pipeline
Data intake
Spirometry results, home SpO2 readings, and symptom scores are pulled into a single trended view before the visit.
Trend analysis
TUCAN charts the pulmonary-function decline, ties exacerbations to the readings, and proposes a documented action plan.
Clinician review
The pulmonologist confirms or adjusts the plan and inhaler regimen and records it directly in the chart.
Structured note + coding
A structured visit note is generated and the matching GOÄ/EBM billing code is attached automatically.
Monitoring & follow-up
Spirometry recalls, remote reviews, and exacerbation check-ins are scheduled with the trend history carried forward.
How the data moves
Data and test intake
Respiratory history and spirometry are captured through structured, device-linked forms.
TUCAN trend analysis
Spirometry and function tests are read into a trend with reference-range signals.
FHIR record
Test results and outcomes are written to the patient's structured clinical record.
Structured note + coding
A visit note is drafted from the reviewed encounter for the pulmonologist to confirm.
Monitoring schedule
Follow-up tests and reviews are scheduled with prior results carried forward.
Where the AI works
Each agent owns a distinct part of the pulmonology workflow, so the clinician stays in control of every decision.
Reads spirometry and function tests into a trend and flags declining function before the clinician opens the chart.
Drafts the structured visit note and management summary from the reviewed encounter for one-click correction.
Guides intake and follow-up steps, keeping monitoring intervals and reviews on track.
How Dudoxx delivers it
Pulmonary-function trending
Structured visit notes
Symptom & peak-flow diaries
Remote respiratory reviews
GOÄ/EBM coding
Integrations
Spirometry Devices
Direct integration with spirometers for automated import and structured pulmonary function data extraction.
Pulmonary Imaging
DICOM connectivity for chest imaging with measurement tools and structured report generation.
Home Monitoring
Data ingestion from connected pulse oximeters and home respiratory monitors for continuous tracking.