PRiME Next-Generation Precision MedicineResearch areasBack to homepage ↗

Six ways to make medicine precise.

Move through the platform one capability at a time—from molecular design and delivery to disease models and high-throughput interpretation.

Begin the sequence ↓
Engineered monoclonal antibody binding precisely to a protein target
Research modeDesign

Biologics & Protein Engineering

Recombinant antibody-based therapeutics built on Toronto's antibody discovery and commercialization expertise.

  • Bind
  • Engineer
  • Translate
01
Lipid nanoparticle carrying genetic cargo beside a porous biomaterial scaffold
Research modeDeliver

Nanomedicine & Biomaterials

Nanomaterial agents for gene therapy and targeted delivery that minimize side effects.

  • Carry
  • Release
  • Target
02
Microfluidic diagnostic cartridge isolating a biomarker-positive cell from a patient sample
Research modeDetect

Precision Diagnostics

Molecular and cellular analysis that tailors treatment to disease subtype and stage.

  • Measure
  • Resolve
  • Stratify
03
Small-molecule therapeutic fitted inside a protein binding pocket
Research modeIntervene

Targeted Small Molecule Therapeutics

Molecular therapeutics for cancer and infectious disease, balancing potency with tolerability.

  • Model
  • Optimize
  • Inhibit
04
Transparent organ-on-a-chip device perfusing living tissue through microfluidic channels
Research modeRecreate

Biology-on-a-Chip

Microfluidic devices that model disease biology and enable ex vivo drug testing.

  • Perfuse
  • Observe
  • Predict
05
High-throughput single-cell genomics and proteomics resolving patient-derived cell clusters
Research modeDecode

High-Throughput Omics & Disease Biology

Genomics and proteomics at scale, paired with deep disease-biology expertise.

  • Sequence
  • Map
  • Integrate
06

Capabilities become impact through connection.

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