rna transcription byrd
TRANSCRIPT
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Nucleus
Cell
Cytoplasm
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Nucleus
Red = ThymineYellow = AdenineOrange = CytosineGreen = guanine
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Nucleus
Red = ThymineYellow = AdenineOrange = CytosineGreen = guanine
RNA helicase reads the DNA and makes the opposite base.
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Nucleus
Red = Thymine/ UracilYellow = AdenineOrange = CytosineGreen = guanine
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Nucleus
Red = Thymine/UracilYellow = AdenineOrange = CytosineGreen = guanine
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Nucleus
Red = Thymine/UracilYellow = AdenineOrange = CytosineGreen = guanine
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Nucleus
Red = Thymine/UracilYellow = AdenineOrange = CytosineGreen = guanine
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Nucleus
Red = Thymine/UracilYellow = AdenineOrange = CytosineGreen = guanine
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Nucleus
Red = Thymine/UracilYellow = AdenineOrange = CytosineGreen = guanine
Start CodonStop Codon
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Nuclear Pore
RNA strand leaves the nucleus through the nuclear pore.
Ribosome
Large Subunit
Small Subunit
mRNA strand
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Anti-codons come in link with the appropriate base pairs and leave. The amino acid attached to each connects with the next amino acid with a polypeptide bond.
Anti-codon
tRNA strand
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Peptide Bond
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Amino Acid
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Polypeptide chain is formed.
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Amino acids move around and start to go into their tertiary form.
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The amino acids are now in the tertiary form.
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Verbal Summary
• First, RNA helicase copies the bases off of the DNA strand. Then, the newly formed mRNA strand goes through the nuclear pore to a ribosome. Then the anti-codons come in attach to their matching bases pairs and leave. At the same the amino acids on the anti-codons attach to one another with polypeptide bonds. That form a poly peptide chain. Then the poly peptide chain form into its tertiary form, resulting in a protein.