k Helixloophelix DNAbinding domain Helixloophelix DNAbinding domain. Illustration of a regulatory protein blue binding to DNA deoxyribonucleic acid, orange helix in a helixturnhelix formation. Such proteinDNA binding can enhance or suppress expression of the genetic information carried by the DNA. In this type of DNAbinding protein, the short and long alphahelices of the protein are joined by a loop centre left and bound as a dimer to the DNA structure. The key protein component is called the recognition alpha helix. For this artwork without labels, see C0238883. Stock Photo - Afloimages
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Helix loop helix DNA binding domain Helix loop helix DNA binding domain. Illustration of a regulatory protein  blue  binding to DNA  deoxyribonucleic acid, orange helix  in a helix turn helix formation. Such protein DNA binding can enhance or suppress expression of the genetic information carried by the DNA. In this type of DNA binding protein, the short and long alpha helices of the protein are joined by a  loop   centre left  and bound as a dimer to the DNA structure. The key protein component is called the  recognition alpha helix . For this artwork without labels, see C023 8883.
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Helix-loop-helix DNA-binding domain

Helix-loop-helix DNA-binding domain. Illustration of a regulatory protein (blue) binding to DNA (deoxyribonucleic acid, orange helix) in a helix-turn-helix formation. Such protein-DNA binding can enhance or suppress expression of the genetic information carried by the DNA. In this type of DNA-binding protein, the short and long alpha-helices of the protein are joined by a 'loop' (centre left) and bound as a dimer to the DNA structure. The key protein component is called the 'recognition alpha helix'. For this artwork without labels, see C023/8883.

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