Wing structure and eye color variations are two examples of common fruit fly mutations. Short or backward mutant wings are possible which can be harmful to the fly.
Flies with vestigial wings are not able to fly through as their "vestigial gene" on the second chromosome is problematic.
These flies are affected by a mutation that is recessive. To produce the abnormal wing shape, both of the vestigial genes carried by each fly (one from each parent) must be altered.
The wings of wild fruit flies are straight and flat. Because this is a very common insect wing shape, you can conclude that it is an ideal wing shape for flying.
Thus, it can be concluded that these changes in wings shape make it harmful to the fruit fly’s ability to fly.
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Answer:
Wing structure and eye color variations are two examples of common fruit fly mutations. Short or backward mutant wings are possible which can be harmful to the fly.
Which gene gets affected in fruit fly?
Flies with vestigial wings are not able to fly through as their "vestigial gene" on the second chromosome is problematic.
These flies are affected by a mutation that is recessive. To produce the abnormal wing shape, both of the vestigial genes carried by each fly (one from each parent) must be altered.
The wings of wild fruit flies are straight and flat. Because this is a very common insect wing shape, you can conclude that it is an ideal wing shape for flying.
Thus, it can be concluded that these changes in wings shape make it harmful to the fruit fly’s ability to fly.
Explanation:
