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Translation Process of mRNA: Codons and Amino Acids in Cytoplasm

This text outlines the translation process of mRNA strands in the cytoplasm, detailing the sequence of codons such as AUG, CUG, UCA, GUA, GGA, and their corresponding amino acids including Methionine, Proline, Leucine, Serine, Valine, and Glycine. It also mentions stop codons like UAG, which signal the termination of protein synthesis. The translation mechanism involves key players like release factors and occurs in the cytoplasm where proteins are synthesized, highlighting the complex interactions between mRNA and ribosomes.

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Translation Process of mRNA: Codons and Amino Acids in Cytoplasm

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Presentation Transcript

  1. Translation By Josh Morris

  2. mRNA strand AUG CUG UCA GUA GGA CCC UAG

  3. AUG Methionine CCC Proline CUG Leucine UAG Stop (release factor) UCA Serine GUA Valine GGA Glycine

  4. Cytoplasm UAC GAC AUG CUG UCA GUA GGA CCC UAG

  5. Cytoplasm UAC GAC AGU AUG CUG UCA GUA GGA CCC UAG

  6. Cytoplasm GAC AGU CAU UAC AUG CUG UCA GUA GGA CCC UAG

  7. Cytoplasm AGU CAU CCU GAC AUG CUG UCA GUA GGA CCC UAG

  8. Cytoplasm CAU CCU AAA AGU AUG CUG UCA GUA GGA CCC UAG

  9. Cytoplasm CAU AAA AGU AUC AUG CUG UCA GUA GGA CCC UAG

  10. Cytoplasm AAA CCU AUC AUG CUG UCA GUA GGA CCC UAG

  11. Cytoplasm AAA AUC AUG CUG UCA GUA GGA CCC UAG

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