Refer to the table.A gene might affect the length of bristles of a beetle.Using CRISPR technology, biologists have altered the sequence of this gene at three different nucleotides (765, 2901, and 4576) and have measured the length of bristles (in millimeters, with calculated means).In nature, most beetles have A at position 765, G at position 2901, and A at position 4576 (see beetle 1). Changing A to G at position 4576 will likely _______ the length of bristles.

Question

Refer to the table.A gene might affect the length of bristles of a beetle.Using CRISPR technology, biologists have altered the sequence of this gene at three different nucleotides (765, 2901, and 4576) and have measured the length of bristles (in millimeters, with calculated means).In nature, most beetles have A at position 765, G at position 2901, and A at position 4576 (see beetle 1).  Changing A to G at position 4576 will likely _______ the length of bristles.

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The Answer of Refer to the table.A gene might affect the length of bristles of a beetle.Using CRISPR technology, biologists have altered the sequence of this gene at three different nucleotides (765, 2901, and 4576) and have measured the length of bristles (in millimeters, with calculated means).In nature, most beetles have A at position 765, G at position 2901, and A at position 4576 (see beetle 1).  Changing A to G at position 4576 will likely _______ the length of bristles.

Refer to the Table