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A) The practical applications of the knowledge of genetics include selective breeding for improving crop yields and livestock quality, genetic engineering to develop disease-resistant plants
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a) The practical applications of the knowledge of genetics include selective breeding for improving crop yields and livestock quality, genetic engineering to develop disease-resistant plants or produce therapeutic proteins, and gene therapy for treating genetic disorders in humans. It also plays a crucial role in forensic science for identification and medical diagnostics for detecting genetic predispositions to diseases.
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