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Mayo Clinic Technology
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Immunotherapy of Plasmaproliferative Disorders Utilizing an Antibody Engineered scFv

Reference #:

1998-009

Inventors/Contributors

John A. Lust, M.D., Ph.D., Kathleen A. Donovan, Ph.D.

Description

Multiple myeloma is a universally fatal plasmaproliferative disorder despite aggressive chemotherapy and transplantation. An immunotherapeutic approach to target myeloma cells for killing by toxin genes or radioisotopes may be very useful therapeutically in myeloma and such approaches have already been shown to have clinical activity in other malignancies. Our investigators have devised a system for the treatment of this disorder, utilizing specific immunogenetic targets. They have engineered novel antibodies and other reagents that specifically target the offending cells, while delivering agents that produce specific cellular destruction. Initial proof of concept has been established. This program consists of a multitude of reagents and expertise in the clinical and scientific area. The designed treatment should also prove useful against primary amyloidosis, monoclonal gammopathy of undetermined significance and possibly acute myeloid leukemia.

Patent Status

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Australia Patent Number 770718
Issued June 10, 2004

Contact

Julie A. Henry, Licensing Manager
henry.julie@mayo.edu

Mayo Foundation for Medical Education and Research
Office of Technology Commercialization
Centerplace 4
200 First Street SW
Rochester, MN 55905

Phone: (507) 266-4585
Fax: (507) 284-5410