144 Reverse-engineering gene identification. In Molecular Systems Biology (Vol. 3, 2007), geneticists at the University of Naples
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144 Reverse-engineering gene identification. In Molecular Systems Biology (Vol. 3, 2007), geneticists at the University of Naples (Italy) used reverse engineering to identify genes.
They calculated P(GD2, where D is a gene expression data set of interest and G is a graphical identifier. Several graphical identifiers were investigated. Suppose that, for two different graphical identifiers G1 and G2, P1DG12 = .5 and P1DG22 = .3. Also, P1D2 = .34, P(G12 = .2, and P(G22 = .8.
a. Use Bayes’s rule to find P(G1 D2.
b. Use Bayes’s rule to find P(G2 D2.
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