Media Coverage

How a bacteria-detecting strip of plastic film could help identify contaminated food

Printed Multicomponent Paper Sensor for Bacterial Detection

Federal government invests in McMaster technologies

Congratulations to Dr. John D. Brennan, B.I. Director

John Brennan Keynote Speaker

McMaster's new Biomedical Engineering & Advanced Manufacturing centre

McMaster researchers create microscopic disease-detecting sensor

Target-Induced and Equipment-Free DNA Amplification with a Simple Paper Device

CBC - Details on the new discovery Biointerfaces Institute

McMaster University has developed a new self-diagnostic test

Diagnostic test strips are changing the way disease is disclosed

Mac Researches develop healthcare game changer

Early disease detection via inkjet printing

New test developed at McMaster promises earlier diagnosis of infectious disease

Infectious disease and diagnostics projects receive nearly $15M from Ontario government

Your future kitchen might keep you safe from deadly bacteria

Smartphones get smart about water

Made-in-Canada health solutions

In the future, finding clean water might be as easy as snapping a photo

McMaster “bio-ink” detects deadly bacteria with a touch

Inkjet printers could produce paper sensors that identify dangerous food and water contaminants

Your Useless Inkjet Printer Could Soon Be Used to Test for Disease

Inkjet printer could produce simple tool to identify infectious disease, food contaminants

The future of food safety is being cooked up in a McMaster lab

Slaying superbugs, infectious diseases entails the best of McMaster’s best

Printed sensors kick up a stink!

This Little Pill Can Tell You When Your Water’s Bad And Your Meat's Rotten
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