Assignment of the gene for human tetranectin (TNA) to chromosome 3p22->p21.3 by somatic cell hybrid mapping

M. E. Durkin; S. L. Naylor; R. Albrechtsen; U. M. Wewer

doi:10.1159/000134509

Assignment of the gene for human tetranectin (TNA) to chromosome 3p22->p21.3 by somatic cell hybrid mapping

M. E. Durkin, S. L. Naylor, R. Albrechtsen, U. M. Wewer

Department of Cell Systems & Anatomy

Research output: Contribution to journal › Article › peer-review

10 Scopus citations

Abstract

Tetranectin is a plasminogen-binding protein that is induced during the mineralization phase of osteogenesis. By screening a human chromosome 3 somatic cell hybrid mapping panel, we have localized the human tetranectin gene (TNA) to 3p22->p21.3, which is distinct from the loci of two human connective tissue disorders that map to the short arm of chromosome 3, MFS2 and LRS1.

Original language	English (US)
Pages (from-to)	39-40
Number of pages	2
Journal	Cytogenetic and Genome Research
Volume	76
Issue number	1-2
DOIs	https://doi.org/10.1159/000134509
State	Published - Jan 1 1997

ASJC Scopus subject areas

Molecular Biology
Genetics
Genetics(clinical)

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abstract = "Tetranectin is a plasminogen-binding protein that is induced during the mineralization phase of osteogenesis. By screening a human chromosome 3 somatic cell hybrid mapping panel, we have localized the human tetranectin gene (TNA) to 3p22->p21.3, which is distinct from the loci of two human connective tissue disorders that map to the short arm of chromosome 3, MFS2 and LRS1.",

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AU - Naylor, S. L.

AU - Albrechtsen, R.

AU - Wewer, U. M.

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N2 - Tetranectin is a plasminogen-binding protein that is induced during the mineralization phase of osteogenesis. By screening a human chromosome 3 somatic cell hybrid mapping panel, we have localized the human tetranectin gene (TNA) to 3p22->p21.3, which is distinct from the loci of two human connective tissue disorders that map to the short arm of chromosome 3, MFS2 and LRS1.

AB - Tetranectin is a plasminogen-binding protein that is induced during the mineralization phase of osteogenesis. By screening a human chromosome 3 somatic cell hybrid mapping panel, we have localized the human tetranectin gene (TNA) to 3p22->p21.3, which is distinct from the loci of two human connective tissue disorders that map to the short arm of chromosome 3, MFS2 and LRS1.

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Assignment of the gene for human tetranectin (TNA) to chromosome 3p22->p21.3 by somatic cell hybrid mapping

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