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- Q2904898 subject Q13324993.
- Q2904898 abstract "The Bithorax complex (BX-C) is a group of homeotic genes in Drosophila melanogaster which are believed to control the differentiation of the abdominal and posterior thoracic segments, located on chromosome III. When these genes are mutated, the third thoracic segment becomes a repeat of the second thoracic segment, creating what is essentially a second thorax. This can result in a second pair of wings, a second stomach, and duplicated thoracic features in varying degrees.The complex includes Ultrabithorax (Ubx), Abdominal A (abd-A) and Abdominal B (Abd-B).Calvin Bridges discovered Bithorax (mutation/gene) in the fly in 1915; after that, Edward B. Lewis named and worked on the Bithorax complex and proposed a model in a classic Nature paper in 1978 and was given a Nobel Prize.".
- Q2904898 thumbnail Hoxgenesoffruitfly.svg?width=300.
- Q2904898 wikiPageWikiLink Q1027641.
- Q2904898 wikiPageWikiLink Q130888.
- Q2904898 wikiPageWikiLink Q13324993.
- Q2904898 wikiPageWikiLink Q180445.
- Q2904898 wikiPageWikiLink Q2019281.
- Q2904898 wikiPageWikiLink Q210861.
- Q2904898 wikiPageWikiLink Q2496306.
- Q2904898 wikiPageWikiLink Q274123.
- Q2904898 wikiPageWikiLink Q592177.
- Q2904898 wikiPageWikiLink Q7191.
- Q2904898 wikiPageWikiLink Q9597.
- Q2904898 comment "The Bithorax complex (BX-C) is a group of homeotic genes in Drosophila melanogaster which are believed to control the differentiation of the abdominal and posterior thoracic segments, located on chromosome III. When these genes are mutated, the third thoracic segment becomes a repeat of the second thoracic segment, creating what is essentially a second thorax.".
- Q2904898 label "Bithorax complex".
- Q2904898 depiction Hoxgenesoffruitfly.svg.