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Report on the international workshop on alternative methods for human and veterinary rabies vaccine testing: State of the science and planning the way forward
Authors:William Stokes  Richard McFarland  Jodie Kulpa-Eddy  Donna Gatewood  Robin Levis  Marlies Halder  Gayle Pulle  Hajime Kojima  Warren Casey  Alexander Gaydamaka  Timothy Miller  Karen Brown  Charles Lewis  Jean-Michel Chapsal  Lukas Bruckner  Sunil Gairola  Elisabeth Kamphuis  Charles E Rupprecht  Peter Wunderli  Lorraine McElhinney  Fabrizio De Mattia  Koichiro Gamoh  Richard Hill  David Reed  Vivian Doelling  Nelson Johnson  David Allen  Lori Rinckel  Brett Jones
Affiliation:National Toxicology Program Interagency Center for the Evaluation of Alternative Toxicological Methods, Division of the National Toxicology Program, National Institute of Environmental Health Sciences, National Institutes of Health, P.O. Box 12233, MD: K2-16, Research Triangle Park, NC 27709, USA.
Abstract:Potency testing of most human and veterinary rabies vaccines requires vaccination of mice followed by a challenge test using an intracerebral injection of live rabies virus. NICEATM, ICCVAM, and their international partners organized a workshop to review the availability and validation status of alternative methods that might reduce, refine, or replace the use of animals for rabies vaccine potency testing, and to identify research and development efforts to further advance alternative methods. Workshop participants agreed that general anesthesia should be used for intracerebral virus injections and that humane endpoints should be used routinely as the basis for euthanizing animals when conducting the mouse rabies challenge test. Workshop participants recommended as a near-term priority replacement of the mouse challenge with a test validated to ensure potency, such as the mouse antibody serum neutralization test for adjuvanted veterinary rabies vaccines for which an international collaborative study was recently completed. The workshop recommended that an in vitro antigen quantification test should be a high priority for product-specific validation of human and non-adjuvanted veterinary rabies vaccines. Finally, workshop participants recommended greater international cooperation to expedite development, validation, regulatory acceptance, and implementation of alternative test methods for rabies vaccine potency testing.
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