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From its biofluorescent fur to the venomous spurs on its hind feet, how does the platypus, with its perplexing array of features, defy conventional evolutionary theories? Can the precision of its built-in electrolocation and electroreception abilities truly be attributed to random chance and blind mutations? Moreover, how could blind chance alone account for the complexity of the platypus genome, which seamlessly weaves together elements from mammals, reptiles, birds, and marsupials?
By 3ABN Australia Radio4.1
1111 ratings
From its biofluorescent fur to the venomous spurs on its hind feet, how does the platypus, with its perplexing array of features, defy conventional evolutionary theories? Can the precision of its built-in electrolocation and electroreception abilities truly be attributed to random chance and blind mutations? Moreover, how could blind chance alone account for the complexity of the platypus genome, which seamlessly weaves together elements from mammals, reptiles, birds, and marsupials?

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