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Biology of Reproduction 61, 1256-1266 (1999)
© 1999 Society for the Study of Reproduction, Inc.


Articles

Round Spermatid-Specific Transcription of the Mouse SP-10 Gene Is Mediated by a 294-Base Pair Proximal Promoter1

P. Prabhakara Reddi2,a, Charles J. Flickingera, and John C. Herra

a Department of Cell Biology, University of Virginia, Charlottesville, Virginia 22908

Spermiogenesis is the terminal phase of male germ cell differentiation during which haploid spermatids engage in coordinate expression of a number of testis-specific genes, including those specifying acrosomal proteins. To begin to understand the transcriptional regulation during acrosomal biogenesis, we initiated promoter analysis of the gene encoding the acrosomal protein SP-10. SP-10 was previously shown to be transcribed within Golgi-phase round spermatids in the human. The present study characterizes SP-10 gene expression during spermiogenesis in the mouse and identifies regions of the mouse SP-10 (mSP-10) promoter that are capable of driving round spermatid-specific transcription in vivo. Expression of mSP-10 mRNA was initiated in early round spermatids coincident with acrosomal biogenesis and was terminated prior to nuclear elongation. The core promoter of mSP-10 lacked a TATA box but contained a canonical initiator (Inr) element surrounding the transcription start site. Using transgenic mice, we showed that the -408 to +28-base pair (bp) or the -266 to +28-bp mSP-10 5' flanking region is sufficient to direct round spermatid-specific expression of a green fluorescent protein reporter gene. On the other hand, the -91 to +28-bp mSP-10 gene fragment lacked promoter activity in vivo. This is the first functional characterization of a testis-specific gene promoter active in early round spermatids.

1 This work was supported by National Institutes of Health grants R29-HD36239-01 (P.P.R.) and U54-HD29099 (J.C.H.), and grants from Andrew W. Mellon Foundation and Fogarty International Center (J.C.H).

2 Correspondence: P. Prabhakara Reddi, Department of Cell Biology, Box 439, School of Medicine, University of Virginia, 1300 JPA, Charlottesville, VA 22908. FAX: 804 982 3912; ppr5s{at}virginia.edu




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