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Since monoclonal antibodies are all unique, it is difficult to describe standard protocols for radiolabeling Randomized controlled trials are required. We will advise you on the most appropriate method to reach your goals and preserve biological properties of your candidates.

A team at genentech has developed an elegant new technique for combining iodine radiolabeling with an azamacrocyclic chelator to confer residualizing properties on the radioiodine metabolites A kit has been developed for 99mtc antibody radiolabeling via defined chemistry using an n2s2 diamidedimercaptide bifunctional chelating agent and the preformed chelate method. Robust protocols, such as this example, are required.

An instant kit method for labeling antibody fab′ fragments was developed

A brief overview of available methodologies and specific procedures for radiolabeling with radiometals is given in the following sections These keywords were added by machine and not by the authors. In this chapter, we describe the commonly used methods for radiolabeling and characterizing the antibodies most commonly used radiohalogens (125i/131i) and radiometals (177lu/99mtc) Radiolabeled antibodies have diverse applications in biomedical research and clinical practice.

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