Drosophila is used in the study of genetics because

[A]: Drosophila is commonly used in the study of genetics. [R]: Because it is very small and its life cycle is short.

[A]: Drosophila is commonly used in the study of genetics. [R]: Because it is very small and its life cycle is short.

[A]: Drosophila is commonly used in the study of genetics. [R]: Because it is very small and its life cycle is short.

Drosophila is used in genetic studies because

Neurospora, an ascomycetes fungus has been used as a biological tool to understand the mechanism of plant genetics much in the same way as Drosophila has been used to study animal genetics. What makes Neurospora as a genetic tool? Justify your answer.

Neutrospora an ascomycetes fungus has been used as a biological tool to understand the mechanism of plant genetics much in the same way as Drosophila has been used to study animal genetics. What makes Neutrospora so important as a genetic tool ?

Neutrospora an ascomycetes fungus has been used as a biological tool to understand the mechanism of plant genetics much in the same way as Drosophila has been used to study animal genetics. What makes Neutrospora so important as a genetic tool ?

Neurospora an ascomycetes fungus has been used as a biological tool to understand the mechanism of plant genetics much in the same way as Drosophila has been used to study animal genetics. What make Neurospora so important as genetic tool ?

Neurospora ascomytes fungus has been used as a biological tool to understand the mechanism of plant genetics much in the same way as Drosophila has been used to study animal genetics. What makes Neurospora so important as a genetic tool?