RNA and Protein Synthesis
advertisement
RNA and Protein Synthesis RNA and Protein Synthesis 1. What does the abbreviation RNA stand for? Ribonucleic acid RNA and Protein Synthesis 2. List three ways RNA is different from DNA. a. The sugar in RNA is ribose, not deoxyribose. b. RNA is usually single-stranded, not double stranded. c. RNA has uracil in place of thymine. RNA and Protein Synthesis 3. If DNA is the “master plan,” then what is RNA? RNA is a Blueprint from the master plan RNA and Protein Synthesis 4. Name three main types of RNA? a. Messenger RNA (mRNA) b. Transfer RNA (tRNA) c. Ribosomal RNA (rRNA) Ribosome RNA and Protein Synthesis 5. What type of RNA combines with proteins to form ribosomes? rRNA ? Proteins Ribosome RNA and Protein Synthesis 6. What type of RNA carries an amino acid to a ribosome during protein synthesis? tRNA Amino acid ? RNA and Protein Synthesis 7. Serine, proline, and methionine are examples of a) b) c) d) rRNA amino acids enzymes codons RNA and Protein Synthesis 8. How many different kinds of amino acids make up proteins in the body? 20 RNA and Protein Synthesis 9. What type of RNA carries copies of instructions for the assembly of amino acids into proteins from DNA to the rest of the cell? mRNA RNA and Protein Synthesis 10. What process is shown below? Transcription RNA Polymerase mRNA DNA RNA and Protein Synthesis 11. Where in the cell does transcription take place? In the nucleus mRNA DNA RNA and Protein Synthesis 12. What is the enzyme that transcribes mRNA from DNA called? RNA Polymerase ? mRNA DNA RNA and Protein Synthesis 13. What molecule is being made by RNA polymerase? mRNA ? RNA Polymerase DNA RNA and Protein Synthesis 14. How many codons are shown on the mRNA? 3 mRNA 1 2 3 RNA and Protein Synthesis 15. Transcribe the following strand of DNA. Template DNA mRNA RNA and Protein Synthesis 15. Transcribe the following strand of DNA? Template DNA mRNA 16. What enzyme were you simulating? RNA Polymerase RNA and Protein Synthesis 17. What process is shown below? Translation Polypeptide Ribosome tRNA mRNA RNA and Protein Synthesis 18. What is the large, gray molecule? Ribosome Polypeptide ? tRNA mRNA RNA and Protein Synthesis 19. What is the function of the ribosome? a. Ribosomes “read” DNA to make RNA. b. Ribosomes edit RNA to make mRNA. c. Ribosomes “read” mRNA to make polypeptides. d. Ribosomes fold and assemble polypeptides into proteins. RNA and Protein Synthesis 20. What class of monomers make up the polypeptide shown below? Amino acids Polypeptide Ribosome tRNA mRNA RNA and Protein Synthesis 21. What is the name of the molecule that carries an amino acid to the ribosome? tRNA Polypeptide Ribosome Amino acid ? mRNA RNA and Protein Synthesis 22. What is a group of three bases on tRNA called that are complementary to the three bases of a codon of mRNA? Anticodon tRNA ? RNA and Protein Synthesis 23. What is the name of the long molecule that the ribosome is translating? mRNA Polypeptide Ribosome Amino acid tRNA ? RNA and Protein Synthesis genetic code , 24. The table below shows the __________ which is a collection of codons of mRNA and the amino acids they code for. RNA and Protein Synthesis 25. Translate the strand of mRNA shown below. mRNA RNA and Protein Synthesis 26. The process of making proteins on the ribosome based on instructions from messenger RNA is called a. b. c. d. DNA synthesis Transcription Translation RNA editing RNA and Protein Synthesis 27. Where in the cell does translation take place? In the cytoplasm RNA and Protein Synthesis 28. The process by which the genetic code of DNA is copied into a strand of RNA is called a. b. c. d. translation transcription transformation replication RNA and Protein Synthesis 29. In messenger RNA, each codon calls for a particular a. b. c. d. nucleotide enzyme promoter amino acid RNA and Protein Synthesis 30. In eukaryotes, RNA undergoes cutting and splicing in a process known as a. b. c. d. translation RNA editing transcription polymerization RNA and Protein Synthesis 31. In eukaryotes, functional mRNA molecules are made from a. Exons spliced together after introns are removed. b. Introns spliced together after exons are removed. c. Exons spliced together with introns. d. pieces of RNA joining with DNA to make even longer pieces. RNA and Protein Synthesis 32. What space does DNA go in? DNA B RNA and Protein Synthesis 33. What space does mRNA go in? G DNA mRNA RNA and Protein Synthesis 34. What space does polypeptide go in? E DNA Polypeptide mRNA RNA and Protein Synthesis 35. What space does translation go in? I DNA Polypeptide mRNA Translation RNA and Protein Synthesis 36. What space does protein synthesis go in? A Protein Synthesis DNA Polypeptide mRNA Translation RNA and Protein Synthesis 37. What space does transcription go in? C Protein Synthesis DNA Transcription Polypeptide mRNA Translation RNA and Protein Synthesis 38. What space does tRNA go in? J Protein Synthesis DNA Transcription Polypeptide mRNA tRNA Translation RNA and Protein Synthesis 39. What space does codon go in? K Protein Synthesis DNA Transcription Polypeptide mRNA Translation tRNA codon RNA and Protein Synthesis 40. What space does amino acids go in? H Protein Synthesis DNA Transcription Polypeptide mRNA Amino acids Translation tRNA codon RNA and Protein Synthesis Anticodon 41. What goes in space F? Protein Synthesis DNA Transcription Polypeptide anticodon mRNA Amino acids Translation tRNA codon RNA and Protein Synthesis RNA Polymerase 42. What goes in space D? Protein Synthesis DNA Transcription RNA Polymerase Polypeptide anticodon mRNA Amino acids Translation tRNA codon RNA and Protein Synthesis Ribosome 43. What goes in space L? Protein Synthesis DNA Transcription RNA Polymerase Polypeptide anticodon mRNA Amino acids Translation tRNA codon Ribosome
