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Maternal inheritance of F1 hybrid morphology and colony shape in the coral genus Acropora.

Hironobu FukamiKenji IwaoNaoki H KumagaiMasaya MoritaNaoko Isomura
Published in: PeerJ (2019)
Our results revealed that F1 hybrids between two Indo-Pacific species A. florida and A. intermedia had intermediate morphology relative to their parent species but reflected the maternal parent more. Similarity to maternal species in hybrids is opposite to the Caribbean Acropora species that had more paternal morphological characters in hybrids. These results further suggest that some genetic factor in eggs is likely to affect determination of colony shape in the Indo-Pacific. At present, we have considered colonies with intermediate morphs between different species to be intra-specific morphological variation, but they may be real F1 hybrids. Indeed, a putative F1 hybrid represented similar morphological and molecular features to the F1 hybrids, and thus it is plausible to be attributed as a "real" F1 hybrid in nature.
Keyphrases
  • birth weight
  • genetic diversity
  • gene expression
  • pregnant women
  • physical activity
  • single cell
  • mitochondrial dna
  • weight loss
  • molecularly imprinted