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Evidence for involvement of a Robertsonian translocation 13 chromosome in formation of a ring chromosome 13.

Gail Stetten, Cathy M. Tuck‐Müller, Blakemore Kj, C Wong, Haig H. Kazazian, Stylianos E. Antonarakis

Open publisher page 14 citations

Abstract

We have used molecular and cytogenetic methods to study the derivation of a ring chromosome 13 in the fetus of a woman mosaic for a translocation chromosome 13. DNA analysis showed that the translocation chromosome was a Robertsonian translocation, not an isochromosome. We suggest that the ring is derived from the translocation chromosome by breaks in both long arms and subsequent reunion, r(13) (q12q14).

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What this paper is about

We have used molecular and cytogenetic methods to study the derivation of a ring chromosome 13 in the fetus of a woman mosaic for a translocation chromosome 13. DNA analysis showed that the translocation chromosome was a Robertsonian translocation, not an isochromosome. We suggest that the ring is derived from the translocation chromosome by breaks in both long arms and subsequent reunion, r(13) (q12q14).

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Available abstract

We have used molecular and cytogenetic methods to study the derivation of a ring chromosome 13 in the fetus of a woman mosaic for a translocation chromosome 13. DNA analysis showed that the translocation chromosome was a Robertsonian translocation, not an isochromosome. We suggest that the ring is derived from the translocation chromosome by breaks in both long arms and subsequent reunion, r(13) (q12q14).

Key concepts: Chromosomal translocation, Isochromosome, Robertsonian translocation, Ring chromosome, Biology, Chromosome, Chromosome 21, Genetics

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Evidence for involvement of a Robertsonian translocation 13 chromosome in formation of a ring chromosome 13. — Research Paper | ScholarLens