Transcriptome analysis is useful in relation to genome analysis because :

Transcriptome analysis is useful in relation to genome analysis because
 
  A) it is NOT dependent on nucleic acid sequencing technology.
  B) it results in amino acid sequence and is, thus, easier to analyze.
  C) it analyzes RNA, thus it reveals which genes are expressed under different conditions.
  D) it reveals interactions between molecules and, thus, provides more information than genome analysis.

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The most abundant genes in prokaryotic genomes are
 
  A) those involved in metabolism.
  B) those involved in translation.
  C) those involved in transport.
  D) those involved in DNA replication.

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The pan genome of a species is the genomic content that is
 
  A) common to all strains of the same species.
  B) present in one or more strains of the same species.
  C) shared with all other prokaryotes.
  D) hypothetical or uncharacterized genome content of a species.

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An open reading frame (ORF) encodes for
 
  A) a carbohydrate.
  B) a polypeptide.
  C) mRNA.
  D) a carbohydrate or a polypeptide.

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Microarrays can be used to
 
  A) analyze global gene expression.
  B) detect pathogens.
  C) detect unwanted food additives or substitutes.
  D) detect pathogens, analyze global gene expression, and detect unwanted food additives or substitutes.