Mine all mine
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This protein synthesis flip book illustrates the process of transcription and translation. It shows DNA being transcribed into mRNA by RNA polymerase in the nucleus. The mRNA is then transported to the cytoplasm where it passes through ribosomes. During this process, transfer RNA (tRNA) molecules match to the mRNA codons and add amino acids to form a polypeptide chain through peptide bonds. Eventually a full protein is synthesized from the mRNA instructions.
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giroskey flipbookpunxsyscience
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The document discusses the structure and function of cells. It describes cells as having a nucleus that contains DNA and a cytoplasm outside the nucleus. DNA in the nucleus contains genes made up of codons that are read to create proteins by ribosomes in the cytoplasm. Mutations in DNA can cause genetic disorders when non-corresponding bases meet up during cell division.Mine all mine
- 1. Protein Synthesis Flip Book Ebony Adams
- 4. Nucleus TAC AAC GTC ATC ACT ATG TTG CAG TAG TGA ;
- 5. TAC AAC GTC ATC ACT ATG TTG CAG TAG TGA
- 6. TAC AAC GTC ATC ACT TTG CAG TAG TGA RNA polymerase ATG
- 7. AUG TAC AAC GTC ATC ACT TTG CAG TAG TGA RNA polymerase ATG
- 8. AUG UUG TAC AAC GTC ATC ACT CAG TAG TGA RNA polymerase ATG TTG
- 9. AUG UUG CAG TAC AAC GTC ATC ACT TAG TGA RNA polymerase ATG TTG CGA
- 10. AUG UUG CAG UAG TAC AAC GTC ATC ACT TGA RNA polymerase ATG TTG CGA TAG
- 11. AUG UUG CAG UAG UGA TAC AAC GTC ATC ACT ATG TTG CGA TAG TGA
- 12. AUG UUG CAG UAG UGA
- 20. Amino Acid Anti Codon U A C A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 21. U A C A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 22. tRNA Large Subunit of a ribosome A A C small Subunit of a ribosome U A C A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 23. U A C A A C A UG U UG ^ Start Codon ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 24. Peptide Bond G UC U A C A A C A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 25. Peptide Bond A C G UC A A C A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 26. Peptide Bond A A C G UC A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 27. Peptide Bond A U C A A C G UC A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 28. Peptide Bond G UC A U C A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 29. Peptide Bond G UC A C U A U C A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 30. Peptide Bond A U C A C U A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 31. Peptide Bond A U C A C U A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 32. Peptide Bond A C U A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 33. Peptide Bond A C U A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 34. Peptide Bond A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 35. Peptide Bond A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 36. Peptide Bond A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 37. Peptide Bond A UG ^ Start Codon U UG ^ C A G Codons UAG UGA ^ ^ Stop Codon
- 42. Final protein
- 43. The summary of RNA translation and transcription is that DNA is copied by into and mRNA. That mRNA goes through the ribosome. After it makes Amino acids and it goes through and the amino acids make a protein. The protein folds into a tertiary structure.