Discuss the genetic traits of a Fruit Fly: What did scientist learn, that benefits humanity, from the genetic studies of the fruit fly?
the fruit fly one of the best models to study genetics. they have XX-XY system of sex determination similar to humans.in the year 1930 the fruit fly were already recognized as indispensable to genetic study and research. there aare many qualities of the fly which makes it desirable for genetic studies. and the most important thing is its gene similarity with humans. they have a short and simple reproduction cycle.
The benefits from the genetic study of fruit fly are-
1. they have a close relationship with human gene that often the sequence of newly discovered human gene can be matched with genes in the fly.
2. 75% of genes that cause disease in human are present in flies also.
so it is useful in the genetic study of humans and also studying about diseases and their cure.
Discuss the genetic traits of a Fruit Fly: What did scientist learn, that benefits humanity, from...
Discuss the genetic traits of a Fruit Fly: Why were fruit files chosen for research for genetics?
genetics
Analyze the following fruit fly cross. In this cross there are two autosomal traits that are influenced by two distinct genes and the F2 generation came from crossing an F1 male with an F1 female. P: true breeding grey eyed; brown bodied males x true breeding red eyed; black bodied females F1: all offspring are red eyed; brown bodied F2: ? When the F1 flies are allowed to self cross, what percentage of F2 flies will have both brown...
1 point) The common fruit fly Drosophila melanogaster is the most studied organism in genetic research because it is small, easy to grow, and reproduces rapidly. The length of the thorax (where the wings and legs attach) in a population of male fruit fies is approximately Normal with mean 0.800 millimeters (mm) and standard deviation 0.078 mm. Note: Use Table A to find the proportion below (a) What proportion of flies have thorax length 0.83 mm or longer? (b) What...
Discuss the benefits and risks of genetic testing. What is the nurse’s role in the health care setting?
The common fruit fly Drosophila melanogaster is the most studied organism in genetic research because it is small, is easy to grow, and reproduces rapidly. The length of the thorax (where the wings and legs attach) in a population of male fruit flies is approximately Normal with mean 0.800 millimeters (mm) and standard deviation 0.078 mm.Use software or Table A. a. What proportion of flies have thorax length less than 0.66 mm? (Enter your answer as a percentage rounded to...
Will rate!
The common fruit fly Drosophila melanogaster is the most studied organism in genetic research because it is small, easy to grow, and reproduces rapidly. The length of the thorax (where the wings and legs attach) in a population of male fruit flies is approximately Normal with mean 0,800 millimeters (mm) and standard deviation 0.078 mm. Draw a Normal curve on which this mean and standard deviation are correctly located (Hint: Draw an unlabeled Normal curve, locate one, two...
What makes the mutant different from the wild type? Why did Morgan use fruit flies to do his experiments? How are sex-linked and X-linked traits different? How common are Y-linked traits? What is their function? How many copies does a female offspring need to have to display the trait? How many does a male need? What makes a calico cat look the way she does?
What lessons did we learn from the Hawthorne studies? Summarize Barnard’s contributions on cooperation and acceptance of authority.
genetics: sorted independently and completely linked
Analyze the following fruit fly cross. In this cross there are two autosomal traits that are influenced by two distinct genes and the F2 generation came from crossing an F1 male with an F1 female. P: true breeding grey eyed; brown bodied males x true breeding red eyed; black bodied females F1: all offspring are red eyed; brown bodied F2: ? When the Fy flies are allowed to self cross, what percentage of F2...
from this reading, what did you find out? what facts
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When Mendel proposed that each trait is determined by a pair of genes, it presented a potential problem. If parents pass on both copies of a gene pair, then offspring would end up with four genes for each trait. Mendel deduced that sex cells — sperm and eggs — contain only one parental gene of...