please make sure to read the question (THERE ARE OTHER VARIATIONS OF THE QUESTION ON DIFFERNT WEBSITES THAT ARE DIFFERENT THAN MINE) You have isolated a true-breeding fish strain that has blue scales. Then you isolate another true-breeding fish strain that that has orange scales. You know that each of the colors are caused byrecessive alleles in 2 different genes.You cross a blue fish to an orange fish and find out that all of the offspring have orange lookingscales. You cross the Fi progeny with each other and find 37 fish blue scales, 27 fish have greenscales, and 98 fish have orange scales.You suspect that the inheritance pattern is due to recessive epistasis. Draw the order of thephenotypes controlled by this biochemical pathway that would be consistent with yourһурothesis.а.b. Carry out a statistical analysis to determine if the ratio of orange to green to blue scaledfish in the F2 generation is consistent to recessive epistasis inheritance pattern.PhenotypesObserved F2Chi-squareНуpothesizedPhenotypic ratioExpectednumbersTotal :Degrees offreedom :Conclusion : Table 1: Probability table of chi-square valuesProbabilitiesdf0.990.950.900.700.500.300.200.100.050.010.00110.00010.0040.0160.150.461.071.642.713.846.6410.8320.020.100.210.711.392.413.224.615.999.2113.8230.120.350.581.422.373.674.646.257.8211.3516.2740.300.711.062.203.364.885.997.789.4913.2818.4750.551.151.613.004.356.067.299.2411.0715.0920.520.871.642.203.835.357.238.56 10.6512.5916.8122.4671.242.172.834.676.358.389.8012.0214.0718.4824.32

You have isolated a true-breeding fish strain that has blue scales. Then you isolate another true- breeding fish strain that that has orange scales. You know that each of the colors are caused by recessive alleles in 2 different genes. You cross a blue fish to an orange fish and find out that all of the offspring have orange looking scales. You cross the Fi progeny with each other and find 37 fish blue scales, 27 fish have green scales, and 98 fish have orange scales. You suspect that the inheritance pattern is due to recessive epistasis. Draw the order of the phenotypes controlled by this biochemical pathway that would be consistent with your һypothesis. а.

You have isolated a true-breeding fish strain that has blue scales. Then you isolate another true- breeding fish strain that that has orange scales. You know that each of the colors are caused by recessive alleles in 2 different genes. You cross a blue fish to an orange fish and find out that all of the offspring have orange looking scales. You cross the Fi progeny with each other and find 37 fish blue scales, 27 fish have green scales, and 98 fish have orange scales. You suspect that the inheritance pattern is due to recessive epistasis. Draw the order of the phenotypes controlled by this biochemical pathway that would be consistent with your һypothesis. а.

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter15: Genomes And Genomics

Section: Chapter Questions

Problem 2QP: Hemophilia and color blindness are both recessive conditions caused by genes on the X chromosome. To...

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When crossing a true breeding white mouse with a true breeding brown mouse your friend tells you she recovered all black mice. But then when she crosses the F1 mice to each other she recovered 28 black mice, 8 brown mice, and 13 white mice. Can you help her explain these results? (Type out the cross and include genotypes of as many mice as possible. What phrase best describes this phenomenon? How many genes are involved are they linked or unlinked? Etc.)
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A three point testcross is carried out between three linked genes. The resulting nonrecombinant progeny are d+b+k+ and dbk and the double-crossover progeny are dbk+ and d+b+k. Which is the middle locus? Show all your work. Show all possible progeny.
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An ebony strain of flies was discovered to be sensitive to carbon dioxide. Crossing a female sensitive strain with male resistant strain gave all sensitive offspring. The offspring of an F1 female crossed with a resistant male were all sensitive. Using the following key to your illustrations using shapes, make a reciprocal cross up to the F2 generation. Put your illustrations in the space provided below. Label the phenotypes of all individuals in the reciprocal cross. Adjust spacing, if necessary. Make sure that the complete cross(es) can fit the same page. Big blue circle - male cytoplasm Big pink circle - female cytoplasm Small half-blue-half-pink circle - F1 nucleus Small blue circle - male nucleus Small pink circle - female nucleus give a diagram please
In fruit flies, you are mapping three genes in a three point cross. The mutants are hairy body (h), sepia colored eyes (se) and female sterility (g). You cross a heterozygous parent with a homozygous recessive parent and obtain the following results: Type Number h se g. 5 + se + 450 + se g 27 ++g_ h se + + + + h + g. h + + TOTAL is the gene in the middle and the distance in map units between se and g is Oh; 16.4 se; 7.1 Oh; 7.1 70 82 7 327 32 1000 se; 16.4