Eukaryotic genes have regions of DNA called TATA boxes located nearby the promoter which have large numbers of A-T base pairs. How might the arrangement.

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Eukaryotic genes have regions of DNA called TATA boxes located nearby the promoter which have large numbers of A-T base pairs. How might the arrangement of hydrogen bonds in these regions this explain the ability of TATA boxes to help position RNA polymerase and open the DNA to increase transcription ? Image modified from: https://upload.wikimedia.org/wikipedia/commons/d/d3/0322_DNA_Nucleotides.jpg

Eukaryotic genes have regions of DNA called TATA boxes located nearby the promoter which have large numbers of A-T base pairs. How might the arrangement of hydrogen bonds in these regions this explain the ability of TATA boxes to help position RNA polymerase and open the DNA to increase transcription ? Image modified from: https://upload.wikimedia.org/wikipedia/commons/d/d3/0322_DNA_Nucleotides.jpg

Eukaryotic genes have regions of DNA called TATA boxes located nearby the promoter which have large numbers of A-T base pairs. How might the arrangement of hydrogen bonds in these regions this explain the ability of TATA boxes to help position RNA polymerase and open the DNA to increase transcription ? Image modified from: https://upload.wikimedia.org/wikipedia/commons/d/d3/0322_DNA_Nucleotides.jpg

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