THERAPEUTIC RADIONUCLIDE SUPPLY · RADIOPHARMACEUTICAL LIFECYCLE SOLUTIONS

CDMO · Process & Analytical Development

Process & Analytical Development

HUAHE integrates process and analytical development to build the process understanding needed for scale-up, process control and technology transfer. Under the Project Master Plan, product quality objectives guide studies of starting materials, radiolabeling, purification, formulation, analytical methods and stability, accounting for radioactive decay, radiolysis and narrow operating windows.

Discuss process & analytical development
Scientists carrying out radiopharmaceutical process-development work with shielded equipment

Your starting point

Where this service fits

01

Moving beyond exploratory radiolabeling

You have an initial radiolabeling approach and need to develop a more consistent process for further work.

02

Investigating process and stability questions

You need to evaluate how starting materials, purification, formulation, or radiolysis may affect product quality.

03

Preparing for scale-up or technology transfer

You need process understanding and analytical documentation to support scale-up to the intended manufacturing scale or transfer to a proposed receiving site.

Scope of work

Radiopharmaceutical process and analytical studies

Integrated delivery

HUAHE plans and coordinates delivery by specialist organizations, with responsibilities, stage deliverables and acceptance criteria defined in the Project Master Plan.

Starting materials and radiolabeling

Evaluate radionuclide quality, material attributes, reactant ratios, specific activity and the radiolabeling operating window against product quality objectives.

Purification and formulation

Evaluate purification media and yield, radiolysis, and formulation and container-closure compatibility within the available processing window.

Analytical methods and stability

Develop or refine methods for identity, chemical purity, radiochemical purity, radionuclidic purity, activity concentration and stability, as appropriate to the project stage.

Process characterization

Start with the quality target product profile (QTPP) and critical quality attributes (CQAs). Use development data and risk assessment to identify potential critical material attributes (CMAs), critical process parameters (CPPs), working ranges and failure modes, supporting a stage-appropriate control strategy, process monitoring and equipment adaptation.

Project outcomes

What you receive

You receive a stage-appropriate technical package supporting scale-up, site adaptation and technology transfer, with proposed operating ranges, control measures and documented risks.

  • Process development plans and technical reports
  • Proposed process flows and parameter ranges
  • Analytical development and stability documentation
  • Risk and control recommendations and documentation for technology transfer

Analytical development alone does not establish validated analytical procedures or release specifications. Analytical method validation or verification, routine quality-control testing, batch-release testing, and manufacturing under Good Manufacturing Practice (GMP) must be explicitly scoped for the intended use and performed at appropriately qualified sites; batch-release decisions remain with the authorized party.

Discuss your development priorities

Share the current process stage, the question you need to address, and whether you are preparing for further development, scale-up, or technology transfer.

Discuss process & analytical development