Figure 3
From: Regional gender differences in an autosomal disease result in corresponding diversity differences
Probability comparison for significant association rules. Each pair of bars represents a significant rule. This figure shows the difference between the joint probability and the conditional probability corresponding to each significant association rule. The joint probability is described by the percentage of the samples corresponding to the right-hand side (RHS) of the rule, which indicates the frequency in all samples. The conditional probability is described by the percentage of the samples corresponding to both the LHS and the RHS (left- and right-hand sides of the rule), which indicates the frequency according to the rule. Rule 1 {Sex = Female, HBA_CNV = AC03, HBB = B00} => {HBA2 = A203}, Rule 2 {HBA2 = A203} => {HBA_CNV = AC03}, Rule 3 {Sex = Male, Age = Y} => {HBB = B01}, Rule 4 {Sex = Male, HBA2 = A200, HBA_CNV = AC00} => {HBB = B04}, Rule 5 {Sex = Male, Age = O, HBA2 = A200, HBB = B00} => {HBA_CNV = AC03}, Rule 6 {Sex = Male, Age = O, HBB = B00} => {HBA_CNV = AC03}, Rule 7 {Sex = Male, Age = O, HBA2 = A200} => {HBA_CNV = AC03}, Rule 8 {Sex = Male, HBA2 = A200, HBB = B00} => {HBA_CNV = AC03}, Rule 9 {Sex = Male, Age = O} => {HBA_CNV = AC03}, Rule 10 {Sex = Male, HBB = B00} => {HBA_CNV = AC03}, Rule 11 {HBA2 = A200, HBA_CNV = AC03} => {Sex = Male}, Rule 12 {Sex = Male} => {HBA_CNV = AC03}. The significant association rules found in Xishuangbanna were divided into three groups here.
