Fruit fly labs demonstrate life cycles since their life span is so short. It can also demonstrate genetic mutations in a population.
To study fruit flies in the lab, you would need tools such as a dissecting microscope, small paintbrushes for handling flies, vials for storing flies, culture media for breeding them, and genetic tools such as PCR machines for genotyping. The tools required would depend on the specific aspects of fruit fly biology you are investigating.
The purpose of fruit on a plant is to protect and disperse seeds for reproduction.
5 homologous chromosomes are in a fruit fly somatic cells.
The haploid number of chromosomes in a fruit fly (Drosophila melanogaster) is 4. This means that each cell in a fruit fly contains 4 chromosomes, with two homologous pairs.
A female fruit fly can lay up to 500 eggs in her lifetime, typically depositing them in batches of 75-100 at a time. This high reproductive rate is one reason why fruit flies are considered a common model organism in genetics research.
How to Establish a Multi Purpose Science Lab
(Drosophila melanogaster) Fruit fly.
The fruit fly sterilisation is done by YA MUM.
According to my homework, a fruit fly weighs about a milligram :)
under lab conditions more then a thousand, in the wild... who knows? much less
The fruit fly that was sent into space was named Drosophila melanogaster.
A fruit fly can grow from egg to adult fly in about 8-10 days. It takes about 4 days for the larvae to become mature. The lifespan of the fruit fly is about 45 days.
The purpose of the slinky lab is to see how waves reflect, refract, and lose and gain energy.
When eating fruit that had fruit flies on it, it is very possible that you are consuming fruit fly larvae. Most will not survive through the human digestive system.
life cycle of fruit fly is about (2-3 weeks)....by (M.Areeb)
The purpose of fruit on a plant is to protect and disperse seeds for reproduction.
To study fruit flies in the lab, you would need tools such as a dissecting microscope, small paintbrushes for handling flies, vials for storing flies, culture media for breeding them, and genetic tools such as PCR machines for genotyping. The tools required would depend on the specific aspects of fruit fly biology you are investigating.