Fast, accurate and hassle-free tests.

From Innotive, for everyone.

Front view of the InnovativeDX diagnostic device with a touchscreen interface displaying InnovativeDX logo, and a designated testing area below, designed for easy access and efficient diagnostics.Front view of the InnovativeDX diagnostic device with a touchscreen interface displaying InnovativeDX logo, and a designated testing area below, designed for easy access and efficient diagnostics.

Next-generation
healthcare diagnostics

Line drawing of the InnovativeDX diagnostic device.

No lab required

The results you need for effective treatment at the point-of-care.

Line drawing of a medical book with a cross symbol on the cover.

Fast and accurate results

We offer gold-standard diagnostics in minutes, not days.

Line drawing of a magnifying glass.

A savvy investment

Reduce cost and improve healthcare outcomes over time.

Step by step

How it works

Laboratory setup showing a sample processing device with an open orange and white holder, a transparent container, and a pipette adding liquid to a testing tray, likely for direct urine testing.

01

Direct from urine

Transfer the sample to the cartridge.
Illustration comparing bacterial growth in two panels.

02

Bacteria captured and grown rapidly

Impurities are removed and bacteria are captured in a monolayer in the cartridge chambers. InnotiveDx’s proprietary growth media allow the bacteria to rapidly grow.
Image showing multiple bacteria, each enclosed in a red box, highlighting individual bacterial cells for analysis.

03

Enumeration

The test looks for bacteria to see if  an infection is present above a threshold.
Three-panel image showing bacteria highlighted in red and green fluorescence.

04

Causative bacterial ID

Cellular morphology is determined (rods or cocci), while fluorescent dyes provide a spectral fingerprint for identification.
Comparison chart showing bacterial response to treatment over time.

05

Antimicrobial Susceptibility Testing (AST)

Bacterial susceptibility is screened across antibiotics of varying concentrations. Chambers are imaged every 10 minutes for 1 hour and analysed using the inbuilt proprietary algorithm to provide accurate enumeration and bacterial ID within 10 minutes and antimicrobial susceptibility results within 60 minutes.

Seize the science

Medical technology to save money, time and patients.

01

Big change in a small device

Together we can make huge health leaps with technology that makes fast and accurate point-of-care diagnostics possible.

02

Designed for safety

We comprehensively review our products with clinicians and patients, and our innovative technology is diligently compliant with safety standards and legislation.

03

Hard evidence and sound science

Our product development is born from cutting-edge research performed at the world-renowned universities of Liverpool and Manchester.

InnotiveDx has shown strong comparative data for its UTI assay against leading regulatory standards and laboratory-based methods.

100%

AST agreement with CLSI M07 agar dilution method [1]

N=391

samples tested against CLSI M07 [2]

97%

Bacterial ID accuracy compared to 3rd party laboratory system [3]
References
[1] CLSI. Methods for Dilution Antimicrobial Susceptibility Tests for Bacteria That Grow Aerobically. 11th ed. CLSI standard M07. Wayne, PA: Clinical and Laboratory Standards Institute; 2018. [2] Internal company data using only on-panel (UTI-causing) species, performed on laboratory assay. [3] Internal company data using only on-panel (UTI-causing) species, performed on laboratory assay

Ask us anything

Curious clinicians and interested investors - we’re looking forward to all your questions.

Contact us
References
[1] CLSI. Methods for Dilution Antimicrobial Susceptibility Tests for Bacteria That Grow Aerobically. 11th ed. CLSI standard M07. Wayne, PA: Clinical and Laboratory Standards Institute; 2018. [2] Internal company data using only on-panel (UTI-causing) species, performed using a benchtop laboratory assay. [3] Internal company data using only on-panel (UTI-causing) species, performed using a benchtop laboratory assay.