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- Q2105677 subject Q4925926.
- Q2105677 abstract "Position-effect variegation is a variegation caused by the inactivation of a gene in some cells through its abnormal juxtaposition with heterochromatin.The classical example is the Drosophila w[m4](speak white-mottled-4) translocation. In this mutation, an inversion on the X chromosome places the white gene next to pericentric heterochromatin. Normally, the white gene is expressed in every cell of the adult Drosophila eye resulting in a red eye phenotype. In the w[m4] mutant the eye color is variegated (red-white mosaic colored) where the white gene is expressed in some cells in the eyes and not in others. The mutation was described first by Hermann Muller in 1930.".
- Q2105677 wikiPageExternalLink flybase.bio.indiana.edu.
- Q2105677 wikiPageWikiLink Q104053.
- Q2105677 wikiPageWikiLink Q1070877.
- Q2105677 wikiPageWikiLink Q26939.
- Q2105677 wikiPageWikiLink Q312154.
- Q2105677 wikiPageWikiLink Q3720216.
- Q2105677 wikiPageWikiLink Q42918.
- Q2105677 wikiPageWikiLink Q4925926.
- Q2105677 wikiPageWikiLink Q61333.
- Q2105677 wikiPageWikiLink Q7187.
- Q2105677 wikiPageWikiLink Q7915862.
- Q2105677 wikiPageWikiLink Q83598.
- Q2105677 wikiPageWikiLink Q837783.
- Q2105677 wikiPageWikiLink Q913856.
- Q2105677 wikiPageWikiLink Q916504.
- Q2105677 comment "Position-effect variegation is a variegation caused by the inactivation of a gene in some cells through its abnormal juxtaposition with heterochromatin.The classical example is the Drosophila w[m4](speak white-mottled-4) translocation. In this mutation, an inversion on the X chromosome places the white gene next to pericentric heterochromatin. Normally, the white gene is expressed in every cell of the adult Drosophila eye resulting in a red eye phenotype.".
- Q2105677 label "Position-effect variegation".