PET / SPECT Molecular Probes
Designing and synthesizing novel radiotracers to visualize biology in vivo with precision.
Research
Advancing molecular imaging & radionuclide science.
We discover and develop next-generation molecular tools and therapies to see disease earlier, treat it more precisely, and improve patient outcomes.
Our research pillars
Photoacoustic Imaging
Uncovering biochemistry and structure through light-based acoustic contrast.
Targeted Radionuclide Therapy
Delivering radiation precisely where it's needed to treat disease at the source.
Translation & Commercialization
Bridging discovery to real-world impact through partnerships and innovation.
Our Research Map
Six themes,
one translational mission.
An integrated approach across chemistry, biology, engineering, and medicine.
Molecular Probe Design
We design molecular tools that target biological processes with imaging and therapeutic relevance.
From molecular signal to image
Watch a tracer become insight.
Live tracer feed
Signal detected
03 · Signal detected
The radiotracer accumulates in specific tissues and produces detectable imaging signal.
Isotope
64Cu
Half-life
12.7 h
Modality
PET
Facilities & resources
State-of-the-art infrastructure.
Enabling discovery from bench chemistry to first-in-human studies.
Facility
Radiochemistry Synthesis Labs
Facility
Preclinical Imaging Suite
Facility
Cyclotron & Radiochemistry
Facility
GMP Production Suite
Facility
Data & Image Analysis Core
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