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Fruit flies are prolific breeders, have 4 pairs of chromosomes, and have easily distinguishable chromosomes.
Wiki User
∙ 11y ago
Wiki User
∙ 12y agocause this is what we made offf
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Why might it be difficult to perform genetic analysis in humans?
It takes many generations for humans to mature, grow, and die making them not the ideal subject for genetic analysis because there lifetimes are so long.
Difference between Carnot and ideal cycle?
What is the difference between ideal and actual cycle?
What an ideal home is?
An ideal home is different for everyone because of personal taste and what each person considers ideal. An ideal home is one located in the area a person desires with the number of rooms they want and with the design they like.
How is a real machine like an ideal machine?
A real machine is like an ideal machine in that there are no massless chains or frictionless bearings. The parts of an ideal machine are rigid and weightless.
Is the ideal mechanical advantage of the ramp is it's mechanical advantage with friction?
No, the ideal is without friction.
Why are fruit flies an ideal organism for organism research?
Drosophila(fruit flies) can produce plenty of offspring and have specific traits, such as eye color and body color/shape. They are easy to observe and therefore easily traced throughout the following generations.
Why are fruit flies an ideal organism for genetics research?
Drosophila(fruit flies) can produce plenty of offspring and have specific traits, such as eye color and body color/shape. They are easy to observe and therefore easily traced throughout the following generations.
Why was the fruit fly chosen as an ideal candidate for animal inheritance experiments?
Fruit Flies have short life spans of about a week and this makes them ideal for study because the observer can see the genetic alterations within just a few generations .
What is the purpose of the fruit fly lab?
The purpose of the fruit fly lab is to study genetics and inheritance patterns in Drosophila melanogaster, commonly known as fruit flies. These insects have a short lifecycle, making them ideal for genetic studies. By observing traits passed down through generations, scientists can better understand how genes work and are inherited.
Why are fruit flies a popular organism for studying inheritance?
Fruit flies are a popular organism for studying inheritance because they have a short lifespan, reproduce quickly, and have a high number of offspring per generation. Additionally, their genetic makeup is well understood, making them ideal for studying inheritance patterns and genetic mutations.
What are ideal foods for your teddy bear hamster?
dry fruit
What is the ideal fruit to add to a fruit basket?
There are many companies that sell and deliver fruit baskets. One of the larger companies that will create and deliver fruit baskets is called Fruit to Go on Delivery. They are great and offer cheap prices.
What is the ideal height for Asians?
There is no single ideal height for Asians. The variety of cultures, diets, social norms and genetic backgrounds is tremendous. How could there be a single ideal height for Hmong, Manchurians, Japanese, and many more - it is not reasonable.
What are the ideal weather conditions for parachuting?
I am not completely sure what is the ideal weather conditions for parachuting. After lots of research I have found videos and guides that will help you understand more.
Why is Mt Etna an ideal place to grow vines and fruit trees?
I think that its an ideal place because its an extinct volcano so some of the left-over minerals help it be a better place to grow vines and fruit trees. It makes the soil more rich and fertile.
Why might it be difficult to perform genetic analysis in humans?
It takes many generations for humans to mature, grow, and die making them not the ideal subject for genetic analysis because there lifetimes are so long.
Why S fimicola an ideal organism for demonstrating crossing- over?
Sordaria fimicola is an ideal organism for studying crossing-over because it undergoes a visible change in genetic recombination during meiosis, which can be observed with a microscope. The fungus produces ascospores in a linear arrangement, making it easy to analyze and count crossovers. Additionally, the gene markers used in S. fimicola are stable and well understood, allowing for accurate mapping of the crossover events.
