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- What are the principle and basic concepts of SHAEFFER-FULTON METHOD? (please explain it thoroughly in a lengthy but clear explanation, thank you so much.)What is the purpose of conducting a modified Furter-Meyer Test? What is the principle behind this test? How could you identify the positive result for this test?What is the benefit of doing a modified Furter-Meyer Test? What is the premise of this experiment? How would you know if this test yielded a positive result?
- For most cases, a p value of 0.05 is used to determine whether results fit expected values. Is this a magic number, or could p values be set more stringently, say 0.01, or more lax, say 0.10? What effect would these values have on the reliability of the chi-square test?What is the significance of Millon's test?In an analysis of five rII mutants, complementation testing yielded the following results:
- Please consider Figure 8.8 (attached below) in the textbook (Figure 8.7 in the 4TH edition), which contains data that were obtained by Clegg et al., is redepicted from their paper that was published in 1980, and for which information is provided on pp. 300-302 in the textbook (pp. 289-291 in the 4TH edition textbook); assess comprehensively the lowercase-Roman-numeral-labelled statements that appear immediately below; and click the uppercase-letter-labelled response that is presented below and conveys the most accurate information. i. At generation 0, the populations were characterised by D = -1 or D = 1.ii. The D value changes could have resulted from processes including crossing over during meiosis.iii. The D values changed by the factor (1- r) each generation.iv. At generation 0, the populations were characterised by D = -0.25 or D = 0.25.v. At generation 0, the populations were characterised by extreme values, representing complete linkage disequilibrium. Question 1 options:…What is the point of doing a modified Furter-Meyer Test? What is the underlying idea of this test? How did you figure out that this test had a positive result?A) Identify the INDEPENDENT variable in the experimental setup shown in the diagram. B) Describe at least two possible DEPENDENT variables that could be used to evaluate the results. C) List at least 3 variables that should be controlled in this experiment.