Areas of consensus can be identified in these data structures using WebLogos. The Smith-Waterman algorithm assigns penalties to gaps between these data structures during matrix scoring. Neighbor-joining is one method used to create trees from these data structures that do not abide by molecular clock theory. Popular formats used to store these data structures include PHYLIP and FASTA. (*) NCBI maintains a search tool comparing these data structures to a query named BLAST. These data structures became cheaper to obtain after the emergence of next-generation techniques. These data structures’ units are assigned one of four colors in techniques named Illumina and Sanger. For 10 points, name this data structure used to detail DNA nucleotide order. ■END■
ANSWER: DNA sequences [accept nucleic acid sequences; accept nucleotide sequences; accept genetic sequences; accept RNA sequences; accept protein sequences; accept sequence alignments; accept DNA sequencing or RNA sequencing or Sanger sequencing or protein sequencing; accept polypeptide sequences; accept alignments; prompt on strings; prompt on queries until read; prompt on letters or words or text; prompt on DNA with “DNA can be represented as what kind of data structures?” before read; prompt on genes or genomes or promoters or codons or RNA or proteins or polypeptides or nucleotides or nucleic acids with “Those entities can be represented as what kind of data structures?”]
<Science - Biology>
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