Custom Radiochemistry & Radiolabelling Services for Research
Radiolabelled compounds are essential tools for investigating molecular interactions and biological processes, enabling sensitive analysis of biodistribution, metabolism, receptor binding, pharmacokinetics, target engagement, and tracer-based mechanisms in research and drug development.
Custom radiochemistry services support research projects requiring the synthesis and radiolabelling of molecules with C-14, H-3, or I-125. Services can cover project feasibility, radiochemical synthesis and labelling, purification, and analytical characterization, tailored to specific research requirements.
Explore Radiochemistry Services
Carbon-14 custom synthesis →
C-14 labelling enables stable radiotracers for metabolism, ADME, mass balance, environmental fate, biochemical tracing, and long-term distribution studies, supported by chromatographic and structural characterization.
Tritium labelling →
Tritium labelling is applicable to diverse compounds, including small molecules, peptides, proteins, polymers, nucleosides, nucleotides, and oligonucleotides, with approaches ranging from single-step labelling to complex multi-step synthesis.
Iodine-125 labelling →
I-125 labelling is widely used for peptides, proteins, and small molecules. Depending on the molecule, radiolabelling can target tyrosine residues by oxidative iodination or free amines using I-125-labelled Bolton-Hunter reagent.
Analytical Support and Quality Control
Radiolabelled compounds can be characterized using project-appropriate analytical techniques, including LC-MS, HPLC, radiochemical flow detection, TLC-Radioscan, GC, and NMR, to assess identity, purity, and radiochemical quality.
Tailored Support for Complex Projects
Radiolabelling strategies can be adapted to molecule-specific and application-specific requirements, including sensitive compounds, limited starting material, custom purity specifications, target specific activity, and analytical documentation.
Planning a custom radiolabelling project?
Share your molecule structure, isotope, target activity, purity, application, and timeline for a feasibility assessment and tailored quotation.