Understanding Protein Synthesis and Genetic Codes
Explore the concept of protein synthesis and genetic codes through a series of interactive quizzes. Learn about the triplet code in DNA, mRNA's role in carrying genetic information, and more. Test your knowledge and progress through the questions to enhance your understanding of molecular biology processes.
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2.5.5 Protein Synthesis 2.5.15.H Protein Synthesis Follow-Me iQuiz
Q. The bases in DNA form a triplet code. What is meant by a triplet code? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. To which structures in the cell does mRNA carry the code? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Give the role of the enzyme RNA polymerase. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Where in the cell would you expect to find most DNA? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. DNA contains the instructions needed to make protein. These instructions are called the code. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. During translation one end of a tRNA molecule attaches to an mRNA codon. What is attached to the other end of the tRNA molecule? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. What is meant by non-coding DNA? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Give one structural difference between DNA and RNA. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. In DNA profiling DNA strands are cut into fragments. On what basis are these fragments then separated? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. True or False. The base Uracil is found in DNA. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Each mRNA codon specifies one of three possible outcomes during protein synthesis. Name these three possible outcomes. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Explain the term Replication in relation to DNA. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. In DNA profiling, what are used to cut DNA strands into fragments? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. The triplet code is transcribed into mRNA. What does this statement mean? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. In which structures in the cell does translation occur? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. What does the letter t stand for in tRNA? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Where in a cell are enzymes produced? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Explain the term Transcription in relation to DNA. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. What must happen to the newly formed protein before it can begin to work? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Give two applications (uses) of DNA profiling. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. What is meant by genetic screening? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. True or False. DNA is a double helical shape. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Where in a cell does transcription occur? Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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Q. Name the small biomolecules that are joined together to make a protein. Nucleus; Chromosome; Gene Amino acid(s) Forensic; Medicine; Paternity; Archaeology; Evolution Nucleus; Chromosome; Gene Forensic; Medicine; Paternity; Archaeology; Evolution Amino acid(s) Checking for the presence of a specific gene Gene; Genetic Ribosomes Checking for the presence of a specific gene Gene; Genetic Ribosomes Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid Complimentary RNA production Information is copied to RNA molecule Sequence of three bases that code for one amino acid DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis DNA contains thymine; RNA contains uracil It must fold into its functional shape Size; Use of gel electrophoresis Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Does not code for a protein Joins nucleotides together to make mRNA Start; Adding an amino acid; Stop Enzymes Making a copy Transfer Enzymes Making a copy Transfer FALSE Nucleus TRUE FALSE Nucleus TRUE
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