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. 1987 Jul;84(13):4393–4397. doi: 10.1073/pnas.84.13.4393

Molecular cloning of the human gene for von Willebrand factor and identification of the transcription initiation site.

C J Collins, J P Underdahl, R B Levene, C P Ravera, M J Morin, M J Dombalagian, G Ricca, D M Livingston, D C Lynch
PMCID: PMC305095  PMID: 3496594

Abstract

A series of overlapping cosmid genomic clones have been isolated that contain the entire coding unit of the human gene for von Willebrand factor (vWf), a major component of the hemostatic system. The cloned segments span approximately 175 kilobases of human DNA sequence, and hybridization analysis suggests that the vWf coding unit is approximately 150 kilobases in length. Within one of these clones, the vWf transcription initiation site has been mapped and a portion of the vWf promoter region has been sequenced, revealing a typical "TATA box," a downstream "CCAAT box," and a perfect downstream repeat of the 8 base pairs containing the transcription start site. Sequencing of a segment of another genomic clone has revealed the vWf translation termination codon. Where tested, comparative restriction analysis of cloned and chromosomal DNA segments strongly suggests that no major alterations occurred during cloning and that there is only one complete copy of the vWf gene in the human haploid genome. Similar analyses of DNA from vWf-producing endothelial cells and nonexpressing leukocytes suggest that vWf gene expression is not accompanied by gross genomic rearrangements. In addition, there is significant homology of C-terminal coding sequences among the vWf genes of several vertebrate species.

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Selected References

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