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UV damage to DNA series light glow
DNA struck by ultraviolet rays (sunburn).
LEFT: UV rays from the sun strike a DNA molecule.
MIDDLE: A pair of adjacent thymine bases (red) on the green strand absorb a UV photon (pale glow).
RIGHT: The two bases bond together (creating a Cyclobutane Pyrimidine Dimer) which distorts the helix and breaks the link with the complementary bases on the purple strand.
Illustration ID: DNA-T-T_bonding_UV_damage_series_light_sky
copyright Russell Kightley
Illustration size: 122.9 Mpixels (352 MB uncompressed) - 15000x8192 pixels (50x27.3 in / 127x69.4 cm at 300 ppi)
Illustration keywords: adenine, base pairs, biochemistry, biology, chromosome, cyclobutane, cytosine, damage, DNA, genetics, guanine, light, molecule, mutation, pyrimidine dimer, radiation, sunburn, sunscreen, thymine, thymine linking, ultraviolet, UV, UV damage
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