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  • Understanding Multiple Allele Heredity: A Detailed Explanation
    The correct answer is D) Human blood types. Here's why:

    * Multiple Allele Heredity means that a single trait is controlled by more than two alleles (alternative forms of a gene).

    Let's analyze the options:

    * A) Seed Texture: Seed texture (smooth or wrinkled) is typically determined by a single gene with two alleles.

    * B) Skin Color in Frogs: While frogs can have various skin colors, the underlying genetics often involve a few genes with a limited number of alleles.

    * C) Patterns in Andalusian Fowl: Andalusian fowl show a classic example of incomplete dominance, where two alleles interact to produce a blended phenotype. This is not the same as multiple alleles.

    * D) Human Blood Types: Human blood types (A, B, AB, and O) are determined by the ABO blood group system. This system involves three alleles: IA, IB, and i. The combinations of these three alleles create the different blood types.

    Therefore, human blood types are the only example listed that demonstrates multiple allele heredity.

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