International Journal of Evolutionary Biology / 2012 / Article / Tab 1 / Review Article
Chromatin Evolution and Molecular Drive in Speciation Table 1 Hybrid incompatibility genes mentioned in the current paper. Whether data concerning these genes are consistent or inconsistent with the current hypothesis is indicated.
Gene Species Phenotypea Comment Consistent Reference Lhr (HP3)Drosophila melanogaster/D. simulans F1 -L Interaction with heterochromatin proteins Yes [23 , 24 ] Hmr D. melanogaster/D. simulans F1 -L, FS Chromatin-binding Yes [28 ] zhr (1.688)D. melanogaster/D. simulans F1 -L Centromeric repetitive DNA Yes [37 , 41 ] hlx D. melanogaster/D. simulans BC-L Centromeric repetitive DNA? Yes [61 ] OdsH D. melanogaster/D. simulans F1 , BC-MS Heterochromatin-binding Yes [66 , 72 ] Nup160 D. melanogaster/D. simulans BC-L, FS Centromeric heterochromatin-binding? Yes [78 , 80 ] Nup96 D. melanogaster/D. simulans BC-L Centromeric heterochromatin-binding? Yes [79 ] Prdm9 Mus m. musculus/M. m. domesticus F1 , BC-MS Histone methylation Yes [98 ] Sxa M. m. musculus/M. m. domesticus; M. musculus/M. spretus F1 , BC-XY, MS Heterochromatic repetitive DNA? Yes [103 , 104 ] tmy D. simulans/D. mauritiana BC-MS Not separable from the gene causing meiotic drive Yes [120 ] Ovd D. p. pseudoobscura/D. p. bogotana F1 , BC-MS Chromatin-binding; also causing meiotic drive Yes [122 ] Cent728 Mimulus guttatus/M. nasutus F1 , BC-FMD Centromeric repetitive DNA Yes [130 ] JYalpha D. melanogaster/D. simulans BC-MS Transposition No [133 ]
a F1 : hybrid; BC: (equivalent to) backcross; L: lethal; FS: female sterile; MS: male sterile; XY: XY dissociation; FMD: female meiotic drive.