Consistent Race Performance in Racing Pigeons: A Case Report Confirming a Favorable Genetic Profile

Geert Kolvenbag
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Abstract

A recent multivariate analysis showed that racing pigeons had a better race performance based on DRD4 and F-KER genotypes that were independently statistically significant and those racing pigeons with both DRD4 CCCT and F-KER TT had the lowest race coefficient, i.e. the best race performance. This result indicated that 50% birds with this genotype were consistently in the top 10% in the race results. To date, this is the first multigene genotype reported relating to race performance. In 2023, a consistently performing racing pigeon scored in or around the top 10% in all races of a 5 race series ranging from 100 mile to 350 miles. Retrospectively, this bird was shown to have indeed DRD4 CCCT and F-KER TT. Another bird while distantly family related, showed top performance only in the final long distance race but lacked consistency throughout the race series; this bird not have the consistency genotype profile. We pose the hypothesis that birds with both DRD4 CCCT and F-KER TT are more likely to score consistently in the Top 10% in a race series than birds without. This would need to be confirmed in a larger study in particular including Ace Champion birds with consistent top 10% race performance.
赛鸽稳定的比赛表现:确认有利遗传特征的案例报告
最近的一项多变量分析表明,赛鸽的DRD4和F-KER基因型具有独立的统计学意义,具有DRD4 CCCT和F-KER TT基因型的赛鸽的比赛系数最低,即比赛成绩最好。这一结果表明,50%具有该基因型的赛鸽在比赛成绩中始终保持在前10%。迄今为止,这是首次报道与比赛成绩有关的多基因基因型。2023 年,一羽赛绩稳定的赛鸽在从 100 英里到 350 英里的 5 场系列赛中,所有比赛的成绩均在前 10%左右。经回溯,这羽赛鸽确实具有DRD4 CCCT和F-KER TT基因。另一羽鸽子虽然有远亲关系,但只在最后一场长距离比赛中表现出色,在整个比赛系列中缺乏一致性;这羽鸽子不具备一致性基因型特征。我们提出这样的假设:同时具有 DRD4 CCCT 和 F-KER TT 的鸽子比不具有 DRD4 CCCT 和 F-KER TT 的鸽子更有可能在一系列比赛中持续获得前 10%的成绩。这需要在更大规模的研究中得到证实,特别是包括在比赛中一直保持前 10%成绩的鸽王冠军鸽。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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