Assignment of five polymorphic ovine microsatellites to bovine syntenic groups

A. B. Dietz; J. E. Womack; P. A. Swarbrick; A. M. Crawford

doi:10.1111/j.1365-2052.1993.tb00357.x

Assignment of five polymorphic ovine microsatellites to bovine syntenic groups

A. B. Dietz, J. E. Womack, P. A. Swarbrick, A. M. Crawford

Laboratory Medicine and Pathology

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

5 Scopus citations

Abstract

A panel of bovine somatic cell hybrids was used to map ovine microsatellites. Five of seven microsatellites were assigned to five bovine syntenic groups. These microsatellites were designated D5S10 (MAF23), D1S4 (MAF46), D13S1 (MAF18), D4S3 (MAF50), and DXS2 (MAF45), mapped to syntenic groups U3 (chromosome 5), U10 (chromosome 1), U11, U13, and the X chromosome, respectively. Two remaining sheep microsatellites amplified rodent DNA in the hybrid somatic cell panel, and were not assigned to bovine syntenic groups. Assignment of ovine‐derived microsatellites to bovine syntenic groups provides additional evidence of the usefulness of microsatellites for mapping closely related species. The use of ovine and bovine microsatellites will aid in development of comparative genomic maps for these two species.

Original language	English (US)
Pages (from-to)	433-436
Number of pages	4
Journal	Animal Genetics
Volume	24
Issue number	6
DOIs	https://doi.org/10.1111/j.1365-2052.1993.tb00357.x
State	Published - Dec 1993

Keywords

STS
cattle
genetic marker
mapping
microsatellites
sheep

ASJC Scopus subject areas

Animal Science and Zoology
Genetics

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10.1111/j.1365-2052.1993.tb00357.x

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title = "Assignment of five polymorphic ovine microsatellites to bovine syntenic groups",

abstract = "A panel of bovine somatic cell hybrids was used to map ovine microsatellites. Five of seven microsatellites were assigned to five bovine syntenic groups. These microsatellites were designated D5S10 (MAF23), D1S4 (MAF46), D13S1 (MAF18), D4S3 (MAF50), and DXS2 (MAF45), mapped to syntenic groups U3 (chromosome 5), U10 (chromosome 1), U11, U13, and the X chromosome, respectively. Two remaining sheep microsatellites amplified rodent DNA in the hybrid somatic cell panel, and were not assigned to bovine syntenic groups. Assignment of ovine‐derived microsatellites to bovine syntenic groups provides additional evidence of the usefulness of microsatellites for mapping closely related species. The use of ovine and bovine microsatellites will aid in development of comparative genomic maps for these two species.",

keywords = "STS, cattle, genetic marker, mapping, microsatellites, sheep",

author = "Dietz, {A. B.} and Womack, {J. E.} and Swarbrick, {P. A.} and Crawford, {A. M.}",

year = "1993",

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doi = "10.1111/j.1365-2052.1993.tb00357.x",

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AU - Dietz, A. B.

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AU - Swarbrick, P. A.

AU - Crawford, A. M.

PY - 1993/12

Y1 - 1993/12

N2 - A panel of bovine somatic cell hybrids was used to map ovine microsatellites. Five of seven microsatellites were assigned to five bovine syntenic groups. These microsatellites were designated D5S10 (MAF23), D1S4 (MAF46), D13S1 (MAF18), D4S3 (MAF50), and DXS2 (MAF45), mapped to syntenic groups U3 (chromosome 5), U10 (chromosome 1), U11, U13, and the X chromosome, respectively. Two remaining sheep microsatellites amplified rodent DNA in the hybrid somatic cell panel, and were not assigned to bovine syntenic groups. Assignment of ovine‐derived microsatellites to bovine syntenic groups provides additional evidence of the usefulness of microsatellites for mapping closely related species. The use of ovine and bovine microsatellites will aid in development of comparative genomic maps for these two species.

AB - A panel of bovine somatic cell hybrids was used to map ovine microsatellites. Five of seven microsatellites were assigned to five bovine syntenic groups. These microsatellites were designated D5S10 (MAF23), D1S4 (MAF46), D13S1 (MAF18), D4S3 (MAF50), and DXS2 (MAF45), mapped to syntenic groups U3 (chromosome 5), U10 (chromosome 1), U11, U13, and the X chromosome, respectively. Two remaining sheep microsatellites amplified rodent DNA in the hybrid somatic cell panel, and were not assigned to bovine syntenic groups. Assignment of ovine‐derived microsatellites to bovine syntenic groups provides additional evidence of the usefulness of microsatellites for mapping closely related species. The use of ovine and bovine microsatellites will aid in development of comparative genomic maps for these two species.

KW - STS

KW - cattle

KW - genetic marker

KW - mapping

KW - microsatellites

KW - sheep

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JF - Animal Genetics

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Assignment of five polymorphic ovine microsatellites to bovine syntenic groups

Abstract

Keywords

ASJC Scopus subject areas

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