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. 2013 Dec 26;45(2):157–170. doi: 10.1111/age.12103

Table 2.

Important discoveries of the molecular basis of Mendelian traits not mentioned elsewhere in this review, arranged chronologically.

Important discovery OMIA ID References
First report of a mutation causing increased ovulation rate in sheep [fecundity, Inverdale, FecX(I)] 000386-9940 Galloway et al. (2000)
Discovery of a causal mutation for the Booroola fecundity gene in sheep 000383-9940 Wilson et al. (2001); Mulsant et al. (2001); Souza et al. (2001)
Discovery of a causal mutation for adverse reaction to a range of important drugs in dogs 001402-9615 Mealey et al. (2001)
Discovery of a causal mutation for the callipyge mutation in sheep 001354-9940 Freking et al. (2002); Smit et al. (2003)
Discovery of a causal mutation for the ‘trademark’ Siamese and Burmese phenotypes in cats 000202-9685 Lyons et al. (2005); Schmidt-Küntzel et al. (2005)
First report of an inherited disorder in non-laboratory animals being due to an expanded repeat 000690-9615 Lohi et al. (2005)
Discovery of a coat colour polymorphism in the woolly mammoth 001199-37349 Rompler et al. (2006)
First report of an animal disorder due to a spontaneous mutation in mitochondrial DNA 001130-9615 Li et al. (2006)
Discovery of the coding sequence for yellow skin in chickens, which also showed that present-day poultry evolved not only from the red jungle fowl (as Darwin had correctly surmised), but also from the grey jungle fowl, which was the source of the yellow-skin allele 001449-9031 Eriksson et al. (2008)
Discovery of a most unusual causal mutation for the iconic white fleece phenotype of sheep 000201-9940 Norris & Whan (2008)
Discovery of the causal mechanism for a classic horse phenotype, namely greying with age 001356-9796 Rosengren Pielberg et al. (2008)
Discovery of the causal mutation for the classic feline tabby coat colour pattern 001429-9685 Kaelin et al. (2012)
Discovery of the most unusual molecular basis of colour sidedness in cattle 001576-9913 Durkin et al. (2012)
An explanation of the molecular basis of rose comb in chickens that also provides a molecular explanation for the very first case of epistasis ever reported (by Bateson & Punnett 1905), namely the interaction between the rose comb and pea comb loci, resulting in walnut comb 000884-9031 Imsland et al. (2012)
Identification of a candidate causal mutation for polledness in non-Holstein cattle 000483-9913 Medugorac et al. (2012)
Discovery of a mutation that plays a major role in determining modes of locomotion in mammals 001715-9796 Andersson et al. (2012)

OMIA, Online Mendelian Inheritance in Animals.

These and other ‘landmark’ papers are presented in an annotated list under a tab labelled ‘Landmarks, Reviews, Maps’, accessible from the OMIA home page (http://omia.angis.org.au).