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This Concept Map, created with IHMC CmapTools, has information related to: Gene Expression2, Nitrogenous Bases structurally either Pyrimidine, Transcription and Translation, 3 essential regions start point +1 of gene, Translation to generate Protein, ready for start of elongation phosphorylation by ATP RNA polymerase II starts transcription, Step 1 Initiation Promoter, Single strand of Helix to create mRNA, binds to DNA and associated TFII's TFIIE and TFIIH bind to polymerase complex ready for start of elongation, 3 essential regions conserved -35 sequence, Single strand of Helix to create tRNA, Purine double-ring ATP, Translation directing synthesis of Protein, RNA polymerase binds to promoter region on recognized in helical double-stranded form, Step 2 Elongation RNA Polymerase Driven, Nucleoside triphosphates are composed of Ribose Sugar, RNA Polymerase II Primary one for mRNA must be associated with TFIIF binds to DNA and associated TFII's, promoters are first recognized by and bound by transcription factors Sequence of Transcription factors: A, B, D, E, F, and H binding TFIID recognizes TATA box on DNA template, RNA polymerase complexes are all multimeric proteins designated as: RNA Polymerase II Primary one for mRNA, Eukaryotic has three specific proteins RNA polymerase complexes are all multimeric proteins, Single strand of Helix to create rRNA