Technology

WE COMBINE STATE OF THE ART MATERIALS, PROTEIN CHEMISTRY AND MACHINE LEARNING

Our first-in-class CRS decision support platform will provide actionable clinical insights and quantifiable biological data about the patient’s sinonasal inflammatory profile, revolutionising the way chronic nasal disorders are monitored and treated.

Technology

Overview


AN END-TO-END SOLUTION FOR NASAL IMMUNE PROFILING

Technology

Nasal fluid represents a source of abundant information that can be leveraged to develop new tests and therapies for nasal disorders.

To analyse it, our technology combines state of the art materials, proteomics and machine learning to generate objective biological information.

This information can be used:

  • To demonstrate the efficacy of a device or therapy
  • To provide differential diagnosis for overlapping nasal disorders
  • Guide treatment decisions and monitor efficacy
  • Generate therapeutic leads

Our platform can be used for differential diagnosis, treatment monitoring and to assess disease progression.

This novel approach provides an additional layer of objective and specific biological data that is otherwise not captured during standard of care procedures such as CT imaging and nasal endoscopy.

Advantage


Why Diag-nose technology?

PRECISE SAMPLE VOLUMES

Our technology leverages novel materials to procure precise sample volumes compared to traditional swabs or lavage techniques

MULTIDIMENSIONAL

Our technology analyses multiple proven “molecular fingerprints” and uses machine learning algorithms to report actionable clinical insights

QUANTITATIVE AND SPECIFIC

Compared to traditional ENT tools, our technology is specific to the type of inflammation and provides quantitative information

NON-INVASIVE SAMPLING

Nasal sampling is safe, reliable and easily administered, particularly for needlephobic patients

LOCALISED SIGNATURES

Localised biomarker analysis reduces inaccuracy present in blood biomarkers due to other comorbidities and systemic factors

DYNAMIC PICTURE

Proteins regulate all cell functions and change dynamically throughout the disease progression