k DNA double helix structure DNA double helix structure. Computer artwork of the atomic structure of a DNA deoxyribonucleic acid double helix. Atoms are shown as spheres. The backbone of the double helix is composed of two twisting sugarphosphate strands bluegreen and pinkgreen. Nucleotide bases on the strands bond in complementary pairs diagonal lines to hold the double helix molecule together. It is the sequence of the four types of base along a strand that is the genetic code that controls the functioning and growth of every living organism. The double nature of the helix structure allows the replication of DNA and hence the replication of cells and whole organisms. Stock Photo - Afloimages
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DNA double helix structure DNA double helix structure. Computer artwork of the atomic structure of a DNA  deoxyribonucleic acid  double helix. Atoms are shown as spheres. The backbone of the double helix is composed of two twisting sugar phosphate strands  blue green and pink green . Nucleotide bases on the strands bond in complementary pairs  diagonal lines  to hold the double helix molecule together. It is the sequence of the four types of base along a strand that is the genetic code that controls the functioning and growth of every living organism. The double nature of the helix structure allows the replication of DNA and hence the replication of cells and whole organisms.
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DNA double helix structure

DNA double helix structure. Computer artwork of the atomic structure of a DNA (deoxyribonucleic acid) double helix. Atoms are shown as spheres. The backbone of the double helix is composed of two twisting sugar-phosphate strands (blue/green and pink/green). Nucleotide bases on the strands bond in complementary pairs (diagonal lines) to hold the double helix molecule together. It is the sequence of the four types of base along a strand that is the genetic code that controls the functioning and growth of every living organism. The double nature of the helix structure allows the replication of DNA and hence the replication of cells and whole organisms.

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