In a study of a natural population of one endangered animal species, researchers collected the data on the observed genotypic frequencies for several genes. When they compared these frequencies with the expected values using the Chi Square test, they found a significant difference. The researchers concluded that this population is not in the Hardy-Weinberg equilibrium. What could be the possible cause?

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MCQs on the structure and function of DNA and RNA and how these nucleic acids are used to form proteins, and their importance in genetics and inheritance. Also covers DNA replication, transcription, gene expression, mutation and repair, recombination, molecular techniques, and appropriate molecular models.
 


In a study of a natural population of one endangered animal species, researchers collected the data on the observed genotypic frequencies for several genes. When they compared these frequencies with the expected values using the Chi Square test, they found a significant difference. The researchers concluded that this population is not in the Hardy-Weinberg equilibrium. What could be the possible cause?