b. Summarise in a table the estimates of genetic differentiation (FST) between the populations for both shell colour and banding alleles. Note that you do not need to generate bar charts for each of the populations. c. With reference to all the information given in Table 1 and summarised in your tables in (a) and (b), explain how each of these samples differs from the others, and which of the samples are most genetically similar to each other. It should be clear from your answer on what evidence your conclusions are based and your answer should be no more than 200 words in length (mandatory word limit).

Based on the information shown in the chart above, what is the most likely inheritance pattern for the 'forked bristles' trait? why?

please explain why answer is C thoroughly with steps thank you :)))

Please consider the figure attached assess 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. Information in the histogram in panel (a) may be used to calculate S. ii. The red, best-fit line in panel (b) may be used to calculate the selection gradient. iii. The grey, best-fit line in the panel at the bottom may be used to calculate h2. iv. For the thought experiment, R =  S h2.v. The parameter R quantifies by how much average tail length would be elongated.   Question 4 options:   A)  Statements i, ii, iii, and iv convey accurate information.   B)  Statements i, ii, and iii convey accurate information.   C)  Statement i conveys accurate information,   D)  All statements convey accurate information.   E)…

LO19 Analyze a cross and identify non-Mendelian pattern of inheritance in non-allelic genes (normal interaction vs epistasis) Hair color is determined in Labrador retrievers by alleles at the B and E loci. A dominant allele B encodes black pigment, whereas a recessive allele b encodes brown pigment. Alleles at a second locus affect the deposition of the pigment in the shaft of the hair; dominant allele E allows dark pigment (black or brown) to be deposited, whereas recessive allele e prevents the deposition of dark pigment, causing the hair to be yellow. What type of gene interaction does this represent? duplicate recessive epistasis normal non-allelic gene interaction Orecessive epistasis Odominant epistasis normal allelic gene interaction

Based on the previous question and answers: d) Illustrate how each of your genetic hypotheses is supported by the data. Show this using Punnett squares for each F1 cross and resulting F2 generation. Be sure all genotypes and phenotypes are clearly indicated directly within the Punnett or branching diagram. Separately analyze each gene.  e) Indicate the expected (predicted) phenotypic numbers for the F2 generation from your Punnett square constructed in d) above. Make sure the answer is fully typed, well organized, correct spelling, grammar, and notations used throughout. Instructions correctly followed.

Which process is best represented by the diagram below