2006Journal of BiologyOpen access

A balancing act between the X chromosome and the autosomes.

MimiK Cheng, ChristineM. Disteche

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Abstract

Dosage compensation equalizes gene dosage between males and females, but its role in balancing expression between the X chromosome and the autosomes may be far more important. Now, DNA microarrays have shown equality between the average expression of X-linked genes and that of autosomal genes, in male and female tissues of flies, worms and mice.

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Dosage compensation equalizes gene dosage between males and females, but its role in balancing expression between the X chromosome and the autosomes may be far more important. Now, DNA microarrays have shown equality between the average expression of X-linked genes and that of autosomal genes, in male and female tissues of flies, worms and mice.

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Available abstract

Dosage compensation equalizes gene dosage between males and females, but its role in balancing expression between the X chromosome and the autosomes may be far more important. Now, DNA microarrays have shown equality between the average expression of X-linked genes and that of autosomal genes, in male and female tissues of flies, worms and mice.

Key concepts: Dosage compensation, Autosome, X chromosome, Biology, Genetics, Gene, DNA microarray, Chromosome

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