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- 3. The Cell Ribosomes The Nucleus Nuclear pores Cytoplasm
- 5. Inside the cell nucleus DNA Strand Promoter Region Coding Region Termination sequence Adenine Thymine Cytosine Guanine
- 6. Inside the cell nucleus DNA Strand Adenine Thymine Cytosine RNA Guanine polymerase Uracil
- 7. Inside the cell nucleus DNA Strand RNA polymerase Adenine Thymine Cytosine Guanine Uracil
- 8. Inside the cell nucleus Strand DNA Strand one RNA Strand polymerase two Adenine Thymine Cytosine Guanine Uracil
- 9. Inside the cell nucleus Strand DNA Strand one RNA Strand two polymerase Adenine Thymine Cytosine Guanine Uracil
- 10. Inside the cell nucleus DNA Strand Strand one RNA Strand polymerase two Adenine Thymine Cytosine Guanine Uracil
- 11. Inside the cell nucleus DNA Strand Promoter Region Coding Region Termination sequence Strand one Strand two mRNA strand Adenine of strand two Thymine Cytosine Guanine Uracil
- 12. Inside the cell nucleus DNA Strand mRNA strand Adenine Nuclear pore Thymine Cytosine Guanine Uracil
- 13. Inside the cell nucleus DNA Strand mRNA strand Adenine of strand two Nuclear pore Thymine Cytosine Guanine Uracil
- 14. Inside the cell nucleus DNA Strand mRNA strand Adenine of strand two Nuclear pore Thymine Cytosine Guanine Uracil
- 15. Inside the cell nucleus DNA Strand mRNA strand of strand two Adenine Nuclear pore Thymine Cytosine Guanine Uracil
- 16. Inside the cell nucleus DNA Strand Adenine Nuclear pore Thymine Cytosine Guanine Uracil
- 19. The Cell Ribosomes The Nucleus Nuclear pores Cytoplasm
- 20. In the cytoplasm Ribosomes mRNA strand Nuclear pore Nucleus
- 21. In the cytoplasm Ribosomes mRNA strand Nuclear pore Nucleus
- 22. In the cytoplasm Ribosomes mRNA strand Nuclear pore Nucleus
- 23. In the cytoplasm Ribosomes mRNA strand Nuclear pore Nucleus
- 24. In the cytoplasm Ribosomes mRNA strand Nuclear pore Nucleus
- 25. In the cytoplasm Ribosomes mRNA strand Nuclear pore Nucleus
- 26. In the cytoplasm Ribosomes mRNA strand Nuclear pore Nucleus
- 27. In the cytoplasm Ribosomes Nuclear pore Nucleus
- 28. In the ribosome Adenine Thymine Cytosine Guanine Uracil mRNA strand of strand two
- 29. In the ribosome Adenine Thymine Cytosine Guanine tRNA Uracil mRNA strand of strand two
- 30. In the ribosome Adenine Thymine Cytosine Guanine Uracil tRNA Anticodon mRNA strand of strand two
- 31. In the ribosome Adenine Thymine Cytosine Guanine Uracil Methionine Amino Acid tRNA Anticodon Start Stop Codon Codon mRNA strand of strand two
- 32. Amino Acid In the ribosome Adenine tRNA Thymine Anticodon Cytosine Guanine Uracil Peptide Bond Methionine Valine mRNA strand of strand two
- 33. Amino Acid In the ribosome Adenine tRNA Thymine Anticodon Cytosine Guanine Peptide Bond Uracil Methionine Valine Tyrosine mRNA strand of strand two
- 34. Amino Acid In the ribosome Adenine tRNA Thymine Anticodon Cytosine Guanine Peptide Bond Uracil Methionine Valine Tyrosine mRNA strand of strand two
- 35. Amino Acid In the ribosome Adenine tRNA Thymine Anticodon Cytosine Guanine Peptide Bond Uracil Methionine Valine Tyrosine Histidine mRNA strand of strand two
- 36. Amino Acid In the ribosome Adenine tRNA Cytosine Anticodon Guanine Uracil Peptide Bond Methionine Valine Tyrosine Histidine Tryptophan mRNA strand of strand two
- 37. Amino Acid In the ribosome Adenine tRNA Cytosine Anticodon Guanine Uracil Peptide Bond Methionine Valine Tyrosine Histidine Tryptophan Serine mRNA strand of strand two
- 38. Amino Acid In the ribosome Adenine tRNA Cytosine Anticodon Guanine Uracil Peptide Bond Methionine Valine Tyrosine Histidine Tryptophan Serine Lysine mRNA strand of strand two
- 39. Amino Acid In the ribosome Adenine tRNA Cytosine Anticodon Guanine Uracil Peptide Bond Methionine Valine Tyrosine Histidine Tryptophan Serine Lysine Arginine mRNA strand of strand two
- 40. Amino Acid In the ribosome Adenine tRNA Cytosine Anticodon Guanine Uracil Peptide Bond Methionine Valine Tyrosine Histidine Tryptophan Serine Lysine Arginine Stop mRNA strand of strand two
- 41. Amino Acid In the ribosome Adenine tRNA Cytosine Anticodon Guanine Uracil Peptide Bond Methionine Valine Tyrosine Histidine Tryptophan Protein Strand Serine Lysine Arginine Stop Amino Acids mRNA strand of strand two
- 42. In the ribosome Polypeptide Chain mRNA strand of strand two
- 43. In the ribosome Polypeptide Chain mRNA strand of strand two
- 44. In the ribosome Polypeptide Chain mRNA strand of strand two
- 45. In the ribosome Polypeptide Chain mRNA strand of strand two
- 47. Transcription- First, an enzyme called RNA polymerase copies the DNA strand and makes one strand of mRNA. The promoter region signals the RNA polymerase where to begin. It knows where to stop because of the termination sequence. When there is a complete strand of mRNA, the mRNA strand leaves the nucleus through the nuclear pores into the cytoplasm to find the ribosomes to begin translation. Translation- The mRNA strand binds with the ribosome. Next, the tRNA anti-codons binds to a codon to bring a specific amino acid in. Once the tRNA has bound with all of the codons, and all of the amino acids are brought it, the amino acids form together to make a protein. The protein folds on itself and the nucleotides on the mRNA strand are let go to be recycled and used for other parts of the cell.