You must read the DNA sequence Thul 3. In genetien, most loroo notato have to conten of prary genie, one from each the simplest genetic modelach of the cene takes on one of two Presented by an uppercase and lowercase latter of the same value TOT example The Dartgene typically contributes to Che excom qualities of the animatione ftWWA TE both genes are uppercase, they contribute in one way while th e re lowercase, they contribute in he way the game is upcercare and the other is lowercase, then the Pa act like other trot s e gener ator lowercase genes depending on whether the gene represented by the sale dominant or receiver respectively. In this problem, you will be given two sta genes and genes, each representing the genes from one parent Hence, two characters from geneland genes with the same index make ngle uene. You will also be given a ring dominant, talang you whether an uppercase genes dominant or recessive, represented by Dand r ospectively characters of dominant correspond to characters of genes and genes with the same indexl. Your task: You are to return a string representing the external qualities of each pair of genes. If a pair of genes has the quality of two uppercase letters, the returned string should have an uppercase letter, and if not, the returned string should have lowercase letter. In either case, each letter should have the same value as the corresponding letters of genes and genes 2. Constraints: - Strings Genesl and genes will contain only letters ('a' z' and 'A'-Z . - String dominant will contain only 'D's and 'R's. . Strings dominant, gonesl and genes will each contain the same number of characters. - Strings dominant, geneal and geves 2 will each contain between 1 and 50 characters, inclusive. Corresponding letters in genesl and genes will have the same value, though potentially different cases uppercase or lowercase). Example 1 : Input: AAAA AAaa DRDR Output: AAAa Example 2: Input: MGskgzTFQoclnDj Zu mg SKGZTFQoclnDJzU DDDDDRDDDDRDDDDDD Output: MGSKGZTFQoclnDJZU You must read the DNA sequence Thul 3. In genetien, most loroo notato have to conten of prary genie, one from each the simplest genetic modelach of the cene takes on one of two Presented by an uppercase and lowercase latter of the same value TOT example The Dartgene typically contributes to Che excom qualities of the animatione ftWWA TE both genes are uppercase, they contribute in one way while th e re lowercase, they contribute in he way the game is upcercare and the other is lowercase, then the Pa act like other trot s e gener ator lowercase genes depending on whether the gene represented by the sale dominant or receiver respectively. In this problem, you will be given two sta genes and genes, each representing the genes from one parent Hence, two characters from geneland genes with the same index make ngle uene. You will also be given a ring dominant, talang you whether an uppercase genes dominant or recessive, represented by Dand r ospectively characters of dominant correspond to characters of genes and genes with the same indexl. Your task: You are to return a string representing the external qualities of each pair of genes. If a pair of genes has the quality of two uppercase letters, the returned string should have an uppercase letter, and if not, the returned string should have lowercase letter. In either case, each letter should have the same value as the corresponding letters of genes and genes 2. Constraints: - Strings Genesl and genes will contain only letters ('a' z' and 'A'-Z . - String dominant will contain only 'D's and 'R's. . Strings dominant, gonesl and genes will each contain the same number of characters. - Strings dominant, geneal and geves 2 will each contain between 1 and 50 characters, inclusive. Corresponding letters in genesl and genes will have the same value, though potentially different cases uppercase or lowercase). Example 1 : Input: AAAA AAaa DRDR Output: AAAa Example 2: Input: MGskgzTFQoclnDj Zu mg SKGZTFQoclnDJzU DDDDDRDDDDRDDDDDD Output: MGSKGZTFQoclnDJZU