Transitioning a respiratory lab from paper-based referrals to a fully digital workflow is not just a technology upgrade; it is a fundamental shift in how patient care is coordinated, data is managed, and clinical risk is controlled. NHS respiratory labs face unique pressures: high patient volumes, evolving ATS reporting standards, accreditation requirements, and the constant challenge of doing more with less. Rezibase, a cloud-based respiratory and sleep reporting system built by respiratory scientists, has supported exactly this kind of transformation within NHS settings, replacing fragmented paper processes with an integrated, end-to-end digital workflow.

TL;DR

• Paper-based respiratory workflows create clinical risk through manual data entry, lost referrals, and reporting delays.

• Digital transformation in respiratory labs is about workflow redesign, not just software installation.

• Rezibase offers a vendor-neutral, cloud-based platform built specifically for respiratory and sleep scientists.

• Switching from a legacy system (or paper) to Rezibase is straightforward, with guided onboarding and data migration support.

• NHS labs can use Rezibase to manage the full patient lifecycle, from referral intake to doctor sign-off, in one system.

About the Author: This article is written by the Rezibase team, a group of respiratory scientists and healthcare technology specialists with over 37 years of combined experience designing and supporting respiratory and sleep lab software across Australian and UK NHS settings.

What Does a Paper-Based Respiratory Workflow Actually Look Like?

A paper-based respiratory workflow relies on physical referral forms, manual data transcription, and disconnected filing systems to move a patient from referral to reported result.

In practice, this means:

• Referrals arrive by fax or post and are manually logged into a spreadsheet or whiteboard.

• Patient details are re-entered into testing equipment, then re-entered again into a reporting system.

• Results are printed, signed physically, and either posted or faxed back to the referring clinician.

• Accreditation documents, quality control records, and training logs are maintained in separate folders or binders.

Every manual handoff in this chain is a point of potential error. A transposed patient ID, a misplaced referral, or a delayed signature can result in a patient waiting longer for a diagnosis or receiving a report based on incorrect data. In a busy NHS respiratory lab, these risks are not hypothetical.

Why Is Digital Transformation Particularly Challenging for Respiratory Labs?

Respiratory and sleep labs occupy a niche that most general hospital IT solutions are not built for.

Unlike radiology or pathology, respiratory physiology involves:

• Device diversity: A single lab may run spirometry, FeNO, diffusion, sleep studies, and more, often on equipment from multiple manufacturers.

• Complex normal values: Reference equations vary by test type, patient demographics, and international guideline versions.

• Dual reporting pathways: Scientists interpret raw data, then referring doctors add their clinical context, requiring a structured two-step sign-off process.

• Accreditation obligations: Labs must maintain detailed quality control, non-conformance records, and training documentation, often to ISO 15189 standards.

Generic electronic medical record systems can capture the existence of a respiratory test. They cannot manage the nuance of it. This is why respiratory labs have historically been left behind in broader hospital digital transformation programmes, patching gaps with spreadsheets and paper even when everything else has moved online.

What Does a Fully Digital Respiratory Workflow Look Like in Practice?

A fully digital respiratory workflow connects every step of the patient journey, from the moment a referral is received to the moment a signed report reaches the referring clinician, without a single piece of paper changing hands.

Here is what that looks like when built on a platform like Rezibase:

The shift is not simply about speed. It is about closing the gaps where information gets lost, duplicated, or delayed.

How Does Rezibase Handle the Complexity of NHS Respiratory Labs Specifically?

Rezibase is vendor-neutral by design, which matters enormously in NHS settings where equipment procurement is driven by trust-level contracts rather than software preferences.

Key capabilities relevant to NHS labs include:

• Magic Import: Pulls discrete data, including flow-volume loops, directly from any device manufacturer. No manual re-entry of test values.

• Normal Values Library: Pre-configured and regularly updated to reflect current international standards, reducing the risk of labs running on outdated reference equations.

• ATS-aligned reporting: Structured reporting tools and AI-assisted writing keep reports consistent with guidelines without adding time to the scientist's workflow.

• Accreditation module: Covers documents, training records, non-conformance logs, action plans, audits, and quality control using Westgard methods. Everything an NHS lab needs for TSANZ/NATA or equivalent accreditation standards is in one place.

• Integration with NHS systems: Rezibase connects with Patient Administration Systems, EMR systems, Electronic Orders, DICOM Modality Worklists, and hospital finance systems. It works with the infrastructure already in place rather than replacing it.

Is Switching to Rezibase from a Legacy System (or Paper) Complicated?

Switching to a new system sounds daunting, but the practical reality is far more manageable than most labs expect.

For labs moving from paper or a legacy system such as Respiro, the transition involves three straightforward phases:

1. Configuration: Rezibase is set up to match your lab's specific tests, normal value preferences, reporting templates, and user roles. This is done with the Rezibase team, not handed to your IT department to figure out.

2. Data migration: Existing patient and historical report data can be brought across. The process is guided, and the Rezibase team handles the technical heavy lifting.

3. Onboarding: Scientists and doctors learn the system in the context of their actual workflows. Because Rezibase was designed by respiratory scientists, the interface reflects how labs actually operate, which shortens the learning curve considerably.

There is no need to run parallel paper systems for months. Most labs are operational on Rezibase far sooner than they anticipate.

Frequently Asked Questions

Does Rezibase work with the equipment our lab already has?
Yes. Rezibase is manufacturer-agnostic. Magic Import supports data extraction from devices across different manufacturers, so there is no requirement to change equipment when switching to the platform.

How long does implementation typically take?
Implementation timelines vary depending on lab size and integration complexity. The Rezibase team works with each site individually to plan the rollout.

Can Rezibase connect to our NHS Patient Administration System?
Rezibase is built to integrate with PAS, EMR, and electronic orders systems used in NHS settings. Integration options are assessed during the onboarding process.

What happens to our historical patient data?
Historical data can be migrated to Rezibase. The migration process is supported by the Rezibase team and is designed to be straightforward for the lab.

Is Rezibase only for large hospital labs?
No. Rezibase is used by public hospital labs and private respiratory clinics. The platform scales to the size and complexity of the lab.

Does Rezibase support sleep reporting as well as respiratory?
Yes. Rezibase covers both respiratory and sleep reporting within a single platform, which is unusual in the market.

What does pricing look like?
Rezibase uses a transparent, all-inclusive monthly pricing model with no lock-in contracts and a 30-day free trial.

About Rezibase

Rezibase is Australia's most advanced cloud-based respiratory and sleep reporting platform, trusted by over 35 sites including NHS trusts in the UK and NSW Health in Australia. Built by respiratory scientists Peter Rochford and the late Jeff Pretto, and now backed by healthcare technology company Cardiobase, Rezibase combines 37 years of clinical physiology expertise with modern cloud infrastructure. The platform covers the full patient lifecycle, from electronic referrals and waitlist management through to ATS-aligned reporting, accreditation management, and system integrations, all in a vendor-neutral, no lock-in environment.

Ready to see what a fully digital respiratory workflow looks like for your lab? Visit rezibase.com to book a demo or start your 30-day free trial.