Commonwealth Scientific and Industrial Research Organisation

Biotechnology Australia Pty, Ltd

Nemapharm, Inc.

Warwick Norman Grant

Barry Maxwell Wagland

Keith William Savin

Maurice Joseph Frenkel

Carl D Johnson

Peter Hunt

Theodorus Antonius Dopheide

The invention provides excretory/secretory antigens derived from parasitic nematode species which are capable of inducing protective immunity against infection by parasitic nematode species, and related antigenic molecules. The invention also provides nucleotide sequences encoding the antigens and related molecules of the invention, recombinant DNA molecules comprising the nucleotide sequences, and transformed hosts carrying the recombinant DNA molecules. The invention further provides antibodies against the antigens and related molecules, and antibody compositions comprising the antibodies, vaccines comprising the antigens and/or related molecules and methods of treating or preventing nematode infections using the antigens and related molecules, vaccines, antibodies and/or antibody compositions of the invention.

Polynucleotides encoding excretory/secretory proteins of parasitic

The invention is directed to a rapid, efficient, inexpensive screening and diagnostic procedure for detecting avermectin/milbemycin resistance in parasitic nematodes. The procedure is designed for field use. The method entails the incubation of nematode sensillum with specific visible or fluorescent dyes that intercalate and diffuse in membranes of sensory neurons on the outer surface of wild-type nematodes but which do not bind or have reduced binding in resistant nematodes. The method is particularly directed to ivermectin resistant parasitic nematodes.

Rapid diagnostic procedure for ivermectin resistance

Growing community of inventors

Armidale, Australia

Warwick Norman Grant