Fragrance of rice is associated with an altered form of BAD2 on chromosome 8

Robert J Henry; Louis MT Bradbury; Timothy L Fitzgerald; Qingsheng Jin; Daniel LE Waters

Fragrance of rice is associated with an altered form of BAD2 on chromosome 8

Robert J Henry, Louis MT Bradbury, Timothy L Fitzgerald, Qingsheng Jin, Daniel LE Waters

Research output: Other contribution to conference › Other › peer-review

Abstract

Fragrance is a desirable trait of Basmati and other rice varieties associated with a recessive gene on chromosome 8. Sequencing of chromosome 8 of rice in the region of the fgr locus has identified an allele of a betaine aldehyde dehydrogenase (BAD) gene common to all fragrant genotypes. The gene encoding BAD was found in the region of the BAC clone identified as most likely to contain the fgr gene by mapping with SSR and SNP markers. The alleles from fragrant varieties all have common indels and SNPs relative to non fragrant genotypes demonstrating that the fgr gene in all fragrant genotypes tested was derived from a common ancestor and suggesting that fragrant rice results from a separate domestication event or has evolved in isolation from non fragrant genotypes.

Original language	Undefined/Unknown
Publication status	Published - 2005
Event	Plant and Animal Genomes Conference XIII - Duration: 15 Jan 2005 → …

Conference

Conference	Plant and Animal Genomes Conference XIII
Period	15/01/05 → …

Access to Document

http://epubs.scu.edu.au/cpcg_pubs/301/

Cite this

@conference{d84194da94724a178b89adbae064dd3f,

title = "Fragrance of rice is associated with an altered form of BAD2 on chromosome 8",

abstract = "Fragrance is a desirable trait of Basmati and other rice varieties associated with a recessive gene on chromosome 8. Sequencing of chromosome 8 of rice in the region of the fgr locus has identified an allele of a betaine aldehyde dehydrogenase (BAD) gene common to all fragrant genotypes. The gene encoding BAD was found in the region of the BAC clone identified as most likely to contain the fgr gene by mapping with SSR and SNP markers. The alleles from fragrant varieties all have common indels and SNPs relative to non fragrant genotypes demonstrating that the fgr gene in all fragrant genotypes tested was derived from a common ancestor and suggesting that fragrant rice results from a separate domestication event or has evolved in isolation from non fragrant genotypes.",

author = "Henry, {Robert J} and Bradbury, {Louis MT} and Fitzgerald, {Timothy L} and Qingsheng Jin and Waters, {Daniel LE}",

year = "2005",

language = "Undefined/Unknown",

note = "Plant and Animal Genomes Conference XIII ; Conference date: 15-01-2005",

}

TY - CONF

T1 - Fragrance of rice is associated with an altered form of BAD2 on chromosome 8

AU - Henry, Robert J

AU - Bradbury, Louis MT

AU - Fitzgerald, Timothy L

AU - Jin, Qingsheng

AU - Waters, Daniel LE

PY - 2005

Y1 - 2005

N2 - Fragrance is a desirable trait of Basmati and other rice varieties associated with a recessive gene on chromosome 8. Sequencing of chromosome 8 of rice in the region of the fgr locus has identified an allele of a betaine aldehyde dehydrogenase (BAD) gene common to all fragrant genotypes. The gene encoding BAD was found in the region of the BAC clone identified as most likely to contain the fgr gene by mapping with SSR and SNP markers. The alleles from fragrant varieties all have common indels and SNPs relative to non fragrant genotypes demonstrating that the fgr gene in all fragrant genotypes tested was derived from a common ancestor and suggesting that fragrant rice results from a separate domestication event or has evolved in isolation from non fragrant genotypes.

AB - Fragrance is a desirable trait of Basmati and other rice varieties associated with a recessive gene on chromosome 8. Sequencing of chromosome 8 of rice in the region of the fgr locus has identified an allele of a betaine aldehyde dehydrogenase (BAD) gene common to all fragrant genotypes. The gene encoding BAD was found in the region of the BAC clone identified as most likely to contain the fgr gene by mapping with SSR and SNP markers. The alleles from fragrant varieties all have common indels and SNPs relative to non fragrant genotypes demonstrating that the fgr gene in all fragrant genotypes tested was derived from a common ancestor and suggesting that fragrant rice results from a separate domestication event or has evolved in isolation from non fragrant genotypes.

M3 - Other

T2 - Plant and Animal Genomes Conference XIII

Y2 - 15 January 2005

ER -