The Student Room Group
Reply 1
1. DNA uncoils
2. Hydrogen bonds break between DNA bases.
3. RNA pairs up with complimentary DNA base.
4. Weak hydrogen bonds form between DNA & RNA bases.
5. Strong chemical bond forms between sugars/phosphates of RNA nucleotide. (sugar-phosphate (covalent) bond...biologists :nothing:) This is encouraged by RNA polymerase enzyme.
6. Weak hydrogen bonds between DNA and RNA break to allow the molecule of transcribed mRNA to become separate from DNA.
7. mRNA goes out of the nucleus into the cytoplasm.
8. Weak hydrogen bonds between two DNA strands reunite and it recoils into a double helix again.

That's transcription btw. If you need help with translation, I'll be happy to help.
LuhLah
1. DNA uncoils
2. Hydrogen bonds break between DNA bases.
3. RNA pairs up with complimentary DNA base.
4. Weak hydrogen bonds form between DNA & RNA bases.
5. Strong chemical bond forms between sugars/phosphates of RNA nucleotide. (sugar-phosphate (covalent) bond...biologists :nothing:) This is encouraged by RNA polymerase enzyme.
6. Weak hydrogen bonds between DNA and RNA break to allow the molecule of transcribed mRNA to become separate from DNA.
7. mRNA goes out of the nucleus into the cytoplasm.
8. Weak hydrogen bonds between two DNA strands reunite and it recoils into a double helix again.

That's transcription btw. If you need help with translation, I'll be happy to help.


Thanks that was fantastic help!:biggrin:

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