Personalised medicine start-up DoseMe raises $500K


By Dylan Bushell-Embling
Tuesday, 15 July, 2014

Brisbane-based personalised medicine start-up DoseMe has secured $500,000 in investment funding to help expand its Australian operations and launch overseas.

The company is marketing a proprietary software technology designed to allow clinicians to prescribe medicines based on a patient's individual ability to absorb, process and clear a drug.

It uses simple information including a patient's height, weight and gender to generate complex treatment algorithms based on Bayesian dosing principles. The software then also incorporates patient-specific lab results and continues to learn and adjust doses over time.

DoseMe software is available via mobile devices, a web-based application and as a module to integrate into patient management software. It currently supports 13 medications across four therapeutic areas - anti-microbial, chemotherapy, anti-coagulants and pro-coagulants.

In trials, the software has been shown to be almost twice as effective as traditional dosing methods, the company said in a statement.

DoseMe co-founder and technical director Dr Robert McLeay said funds from this and future capital raisings will be put towards scaling up the company’s operations.

“We now have hospitals, pharmacies and individual doctors using the system in Queensland, Western Australia and Victoria,” he said.

“Future investment rounds will be used to help us scale our business by expanding the product to new medications and also to roll out DoseMe to further international markets.”

Related News

Keto diet leads to health benefits in bipolar patients

A ketogenic diet may improve brain metabolism in individuals with a bipolar disorder diagnosis,...

Surface coating could prevent blood clots in medical implants

Zwitterions — a common macromolecule found in human cells — are being used to create...

mRNA successfully delivered through blood–brain barrier

Getting mRNA into the brain could allow scientists to instruct brain cells to produce therapeutic...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd