Please use this identifier to cite or link to this item: http://hdl.handle.net/2440/28223
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Type: Journal article
Title: cDNA nucleotide sequence encoding the ZPC protein of Australian hydromyine rodents: a novel sequence of the putative sperm-combining site within the family Muridae
Author: Swann, C.
Hope, R.
Breed, W.
Citation: Zygote, 2002; 10(4):291-299
Publisher: Cambridge Univ Press
Issue Date: 2002
ISSN: 0967-1994
1469-8730
Statement of
Responsibility: 
Christine A. Swann, Rory M. Hope and William G. Breed
Abstract: This comparative study of the cDNA sequence of the zona pellucida C (ZPC) glycoprotein in murid rodents focuses on the nucleotide and amino acid sequence of the putative sperm-combining site. We ask the question: Has divergence evolved in the nucleotide sequence of ZPC in the murid rodents of Australia? Using RT-PCR and (RACE) PCR, the complete cDNA coding region of ZPC in the Australian hydromyine rodents Notomys alexis and Pseudomys australis, and a partial cDNA sequence from a third hydromyine rodent, Hydromys chrysogaster, has been determined. Comparison between the cDNA sequences of the hydromyine rodents reveals that the level of amino acid sequence identity between N. alexis and P. australis is 96%, whereas that between the two species of hydromyine rodents and M. musculus and R. norvegicus is 88% and 87% respectively. Despite being reproductively isolated from each other, the three species of hydromyine rodents have a 100% level of amino acid sequence identity at the putative sperm-combining site. This finding does not support the view that this site is under positive selective pressure. The sequence data obtained in this study may have important conservation implications for the dissemination of immunocontraception directed against M. musculus using ZPC antibodies.
Keywords: Immunocontraception; Murid rodents; Species specificity; Zona pellucida
Provenance: Published online by Cambridge University Press 31 Oct 2002
Rights: Copyright © 2002 Cambridge University Press
RMID: 0020022618
DOI: 10.1017/S0967199402004021
Appears in Collections:Molecular and Biomedical Science publications
Environment Institute publications

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