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mdash; Genetic variation of growth between 30 and 79 days and feed efficiency has been analysed on 362 rabbits from a factorial crossing design between three INRA strains : 1077 (NZ) and 9077 (C) (New Zealand White) and 1066 (CA) (Californian). Data on slaughter yield, carcass fatness and edible fraction of the hindleg have been analyzed on a sample of 152 males. Offspring of "C" dams grew faster and converted feed less efficiently. Slaughter yield and edible fraction of the hindleg were significantly higher in "CA" sired offspring. Direct and maternal additive genetic effects along with individual heterosis have been estimated. Whatever genetic effect was considered, an antagonism was found between growth rate and feed efficiency.

Growth performances and carcass traits in three strains of rabbits and their two-way crosses