Virus Image
Rumino Logo
Bird Prints
Map drawing

The poultry industry is
an essential component of the
Canadian food system.

But since 2022, Avian
Influenza
has swept through
and devastated farms

Mini Farmhouse drawing

533 farms
have been impacted

Mini Farmhouse drawing

14,399,800 poultry
have been culled in Canada due to
avian influenza

The impacts are felt
internationally through all
sectors.

Avian influenza threatens

The livelihood of farmers

Global health

Food security

Farmer photo Global health photo Food security drawing

Many farmers have had to close their farms due to financial instability caused by avian influenza.

The World Health Organization has acknowledged avian influenza as a virus with pandemic potential.

Avian influenza significantly decreases livestock populations, disrupting supply chains for food.

Current detection methods are...

Slow

Inaccessible

Costly

Drawing a clock Photo demonstrating inaccessibility Photo of money

These factors prevent detection and early containment action.

In light of avian influenza, there is a
need for a better diagnostic tool,

Which is why we used the power of synthetic biology to design:

Rumino

A point-of-care biosensor for the detection
of viral sequences.

Rumino uses a toehold-mediated
strand displacement reaction
for
detection.

    Toehold drawing Capillary tube drawing
  1. A single-stranded DNA branch with a toe-hold region is binded to another sequence with a hydrophobic group, causing the sides of a capillary tube to become hydrophobic.

  2. Toehold drawing Capillary tube drawing
  3. The target viral strand enters the system and binds with the toehold region, displacing the sequence with the hydrophobic group.

  4. Toehold drawing Capillary tube drawing
  5. The sequence with the hydrophobic group becomes completely displaced, making the surface hydrophilic and changing the wettability of the glass surface.
Plasmid drawing

To accompany Rumino, we developed RumiVec, a system that's able to produce Non-infectious and non-pathogenic MS2 bacteriophages with a desired sequence within its genome.

This will allow us, and other researchers to safely validate viral
sensors using a model virus, without the need of using
hazardous and dangerous samples.

We've tested Rumino as a proof-of-concept, and the results are promising. This technology has the potential to change the landscape of disease control, not only for poultry, but for public health as well.

Learn more about our project below!

Project

Wet Lab

Dry Lab

Activities