k DNA transcription, illustration Illustration of the process of transcription of DNA deoxyribonucleic acid, double helix, top right to produce a complementary copy of RNA ribonucleic acid, blue, upper centre and left. The enzyme RNA polymerase blue and green recognises a start sign on the DNA strand and then moves along the strand building the mRNA until it reaches a termination signal. mRNA is the intermediary between DNA and its protein product. Within the cell nucleus DNA is coiled around histone proteins blue, which the DNA has to temporarily unwrap from during transcription., Photo by KEITH CHAMBERSSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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DNA transcription, illustration Illustration of the process of transcription of DNA  deoxyribonucleic acid, double helix, top right  to produce a complementary copy of RNA  ribonucleic acid, blue, upper centre and left . The enzyme RNA polymerase  blue and green  recognises a start sign on the DNA strand and then moves along the strand building the mRNA until it reaches a termination signal. mRNA is the intermediary between DNA and its protein product. Within the cell nucleus DNA is coiled around histone proteins  blue , which the DNA has to temporarily unwrap from during transcription., Photo by KEITH CHAMBERS SCIENCE PHOTO LIBRARY
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DNA transcription, illustration

Illustration of the process of transcription of DNA (deoxyribonucleic acid, double helix, top right) to produce a complementary copy of RNA (ribonucleic acid, blue, upper centre and left). The enzyme RNA polymerase (blue and green) recognises a start sign on the DNA strand and then moves along the strand building the mRNA until it reaches a termination signal. mRNA is the intermediary between DNA and its protein product. Within the cell nucleus DNA is coiled around histone proteins (blue), which the DNA has to temporarily unwrap from during transcription., Photo by KEITH CHAMBERS/SCIENCE PHOTO LIBRARY

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