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Biology of Reproduction 59, 145-152 (1998)
©Copyright 1998 Society for the Study of Reproduction, Inc.

Roles of the Disintegrin Domains of Mouse Fertilins {alpha} and ß in Fertilization1

Janice P. Evans2,a, Richard M. Schultza,b, , and Gregory S. Kopfa

a Center for Research on Reproduction and Women's Health and b Department of Biology, University of Pennsylvania, Philadelphia, Pennsylvania 19104

Fertilin is a heterodimer of {alpha} and ß subunits, both of which are members of the ADAM (A Disintegrin and A Metalloprotease domain)/MDC (Metalloprotease-Disintegrin-Cysteine-rich) family of proteins. We have previously demonstrated that recombinant forms of the putative extracellular domains of mouse fertilin {alpha} and fertilin ß bind to mouse eggs and inhibit sperm-egg membrane binding. In this study, we examined the roles of the disintegrin domains of fertilins {alpha} and ß by producing recombinant forms of fertilins {alpha} and ß that included the disintegrin domains ({alpha}DCE and ßDCE) or that were truncated so that they lack the disintegrin domains ({alpha}CE and ßCE) and tested the abilities of these proteins to bind to eggs and to inhibit sperm-egg binding. Fertilin ßDCE was able to inhibit sperm-egg binding, but fertilin ßCE was relatively ineffective, indicating that the disintegrin domain of fertilin ß is required for interactions with egg binding sites and/or for proper protein folding. Fertilins {alpha}DCE and {alpha}CE both inhibited sperm-egg interactions, but fertilin {alpha}DCE tended to be more effective. Thus, the presence of the disintegrin domain in fertilin {alpha}DCE apparently enhanced the ability of this recombinant protein to inhibit sperm-egg binding, either by interacting with egg binding sites or by improving the efficiency of protein folding. These data also indicate that the other domains of the fertilin {alpha} extracellular region (cysteine-rich and/or epidermal growth factor-like repeat) have the ability to block sperm binding and suggest that these domains of fertilin {alpha} may participate in sperm-egg adhesion.

1 This research was supported by NIH (HD 22732 to G.S.K. and R.M.S., HD 06274 to G.S.K., and HD 22681 to R.M.S.). J.P.E. was supported by a postdoctoral fellowship from the NIH (HD 07903). Part of this work was performed on the Leica confocal microscope in the Intermediate Voltage Electron Microscopy and Biomedical Image Analysis Facility at the University of Pennsylvania, supported by NIH Grant RR–2483.

2 Correspondence: Janice P. Evans, Division of Reproductive Biology, School of Public Health, Johns Hopkins University, 615 N. Wolfe St., Baltimore, MD 21205. FAX: (410) 955–0792; jpevans{at}jhsph.edu




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