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Embargo released: 25 August 2025.

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Top Facts

  1. One in five Australians has chronic respiratory disease.
  2. Global burden: 545 million affected, 3.6 million deaths per year.
  3. $3M funding was awarded to Diag-Nose.io, Human Health, and other partners under the Cooperative Research Centres Projects (CRC-P) program from the Australian Government.
  4. Project focuses on RhinoMAP, an AI-powered biomarker platform for respiratory disease.
  5. Uses AI, protein signatures and patient-reported data to personalise treatment decisions and track drug response in real time.
  6. Fills a critical gap for respiratory care, where up to 50% of patients have inadequate treatment response. Supports R&D, manufacturing, and clinical leadership in Australia.
  7. Total project value: $8.4M with partners including Monash University, Mater Research, ENT Clinic Melbourne, Manse Medical and Invetech.

Melbourne, AUSTRALIA - 25 August, 2025.

A pioneering collaboration between Diag-Nose.io and Human Health has secured $3M in funding under the Australian Government’s Cooperative Research Centres Projects (CRC-P) program to accelerate RhinoMAP - an AI-enabled platform set to transform how respiratory diseases like asthma, sinusitis, and COPD are monitored and treated.

Despite recent breakthroughs in respiratory treatments, a recent Australian study found that 40%-50% patients do not achieve the expected results. This CRCP project aims to close this gap, reducing trial-and-error treatment plans and unnecessary healthcare costs.

“Current respiratory tools only tell half the story.” says Eldin Rostom, CEO and Co-Founder of Diag-Nose.io.

“New drugs such as biologics are life-changing but are expensive and slow to show results, which often lead to clinical uncertainty, lower patient adherence, and suboptimal use of healthcare resources.”

“Our platform, RhinoMAP, is like a radar for the respiratory system. It reveals whether inflammation is escalating, stable, or resolving to help clinicians course-correct or stay the path with confidence, guided by the disease biology itself.”

The platform uses protein biomarkers from a nasal fluid sample and combines them with patient-reported data to deliver a real-time picture of airway inflammation. Its AI algorithms will enable clinicians to track whether high-cost treatments like biologics are working before current tools would show results.

The ABEL Microsampler: an Australian Innovation - a minimally-invasive nasal sampling device that will be used during the study to develop the biomarker platform.

The ABEL Microsampler: an Australian Innovation - a minimally-invasive nasal sampling device that will be used during the study to develop the biomarker platform.

The national collaboration is backed by a total project value of $8.4 million, including partner cash and in-kind contributions. The initiative brings together leading experts from Monash University, Mater Research, ENT Clinic Melbourne, Manse Medical, and Invetech alongside trailblazing startups such as Diag-Nose.io and Human Health.