Two common goals in sequence analysis are to identify sequences that encode proteins, which determine all cellular metabolisms, and to discover sequences that regulate the expression of genes or other cellular processes.

Here are some steps for collecting and storing sequences in a laboratory: Nucleic acid extraction and isolation Library preparation Clonal amplification and sequencing Data analysis using bioinformatics Topics include: DNA & Genomic Sequencing, Sequencing cDNA Libraries of Expressed Genes & Submission of Sequences to the Databases, Sequence Formats & Computer Storage of Sequences, Multiple Sequence Formats, Storage of Information in a Sequence Database, Using the Database Access Program ENTREZ, Genome Anatomy, Sequence Assembly and Gene Identification & Comparative... Show more

Here are some steps for collecting and storing sequences in a laboratory:
Nucleic acid extraction and isolation
Library preparation
Clonal amplification and sequencing
Data analysis using bioinformatics

Topics include: DNA & Genomic Sequencing, Sequencing cDNA Libraries of Expressed Genes & Submission of Sequences to the Databases, Sequence Formats & Computer Storage of Sequences, Multiple Sequence Formats, Storage of Information in a Sequence Database, Using the Database Access Program ENTREZ, Genome Anatomy, Sequence Assembly and Gene Identification & Comparative Genomics.

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