Some mutant Arabidopsis plants that are very bushy (their shoots are more highly branched than wild-type plants) cannot make strigolactones because of a mutation in a gene necessary for strigolactone biosynthesis.If an investigator applies strigolactones to the plants, they grow normally.What does this experiment suggest about the role of strigolactones in plant growth? How does this add to the story of strigolactones as signals for arbuscules and parasitic plants?

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The Answer of Some mutant Arabidopsis plants that are very bushy (their shoots are more highly branched than wild-type plants) cannot make strigolactones because of a mutation in a gene necessary for strigolactone biosynthesis.If an investigator applies strigolactones to the plants, they grow normally.What does this experiment suggest about the role of strigolactones in plant growth? How does this add to the story of strigolactones as signals for arbuscules and parasitic plants?

Some Mutant Arabidopsis Plants That Are Very Bushy (Their Shoots