Table: Samples +----------------+---------+ | Column Name | Type | +----------------+---------+ | sample_id | int | | dna_sequence | varchar | | species | varchar | +----------------+---------+ sample_id is the unique key for this table. Each row contains a DNA sequence represented as a string of characters (A, T, G, C) and the species it was collected from. Biologists are studying basic patterns in DNA sequences. Write a solution to identify sample_id with the following patterns: Sequences that start with ATG (a common start codon ) Sequences that end with either TAA , TAG , or TGA ( stop codons ) Sequences containing the motif ATAT (a simple repeated pattern) Sequences that have at least 3 consecutive G (like GGG or GGGG ) Return the result table ordered by sample_id in ascending order . The result format is in the following example. Example: Input: Samples table: +-----------+------------------+-----------+ | sample_id | dna_sequence | species | +-----------+------------------+-----------+ | 1 | ATGCTAGCTAGCTAA | Human | | 2 | GGGTCAATCATC | Human | | 3 | ATATATCGTAGCTA | Human | | 4 | ATGGGGTCATCATAA | Mouse | | 5 | TCAGTCAGTCAG | Mouse | | 6 | ATATCGCGCTAG | Zebrafish | | 7 | CGTATGCGTCGTA | Zebrafish | +-----------+------------------+-----------+ Output: +-----------+------------------+-------------+-------------+------------+------------+------------+ | sample_id | dna_sequence | species | has_start | has_stop | has_atat | has_ggg | +-----------+------------------+-------------+-------------+------------+------------+------------+ | 1 | ATGCTAGCTAGCTAA | Human | 1 | 1 | 0 | 0 | | 2 | GGGTCAATCATC | Human | 0 | 0 | 0 | 1 | | 3 | ATATATCGTAGCTA | Human | 0 | 0 | 1 | 0 | | 4 | ATGGGGTCATCATAA | Mouse | 1 | 1 | 0 | 1 | | 5 | TCAGTCAGTCAG | Mouse | 0 | 0 | 0 | 0 | | 6 | ATATCGCGCTAG | Zebrafish | 0 | 1 | 1 | 0 | | 7 | CGTATGCGTCGTA | Zebrafish | 0 | 0 | 0 | 0 | +-----------+------------------+-------------+-------------+------------+------------+------------+ Explanation: Sample 1 (ATGCTAGCTAGCTAA): Starts with ATG (has_start = 1) Ends with TAA (has_stop = 1) Does not contain ATAT (has_atat = 0) Does not contain at least 3 consecutive 'G's (has_ggg = 0) Sample 2 (GGGTCAATCATC): Does not start with ATG (has_start = 0) Does not end with TAA, TAG, or TGA (has_stop = 0) Does not contain ATAT (has_atat = 0) Contains GGG (has_ggg = 1) Sample 3 (ATATATCGTAGCTA): Does not start with ATG (has_start = 0) Does not end with TAA, TAG, or TGA (has_stop = 0) Contains ATAT (has_atat = 1) Does not contain at least 3 consecutive 'G's (has_ggg = 0) Sample 4 (ATGGGGTCATCATAA): Starts with ATG (has_start = 1) Ends with TAA (has_stop = 1) Does not contain ATAT (has_atat = 0) Contains GGGG (has_ggg = 1) Sample 5 (TCAGTCAGTCAG): Does not match any patterns (all fields = 0) Sample 6 (ATATCGCGCTAG): Does not start with ATG (has_start = 0) Ends with TAG (has_stop = 1) Starts with ATAT (has_atat = 1) Does not contain at least 3 consecutive 'G's (has_ggg = 0) Sample 7 (CGTATGCGTCGTA): Does not start with ATG (has_start = 0) Does not end with TAA, "TAG", or "TGA" (has_stop = 0) Does not contain ATAT (has_atat = 0) Does not contain at least 3 consecutive 'G's (has_ggg = 0) Note: The result is ordered by sample_id in ascending order For each pattern, 1 indicates the pattern is present and 0 indicates it is not present