Complete each of the following statements by selecting from the bank of terms below. a. tRNA b. spontaneous repressible d. RNA processing e. mutagen f. SNRNA g. redundancy h. universal C. i. promoter j. elongation There are several three nucleotide codons that code for the same amino acid. This is known as (81). A specific three nucleotide codon for a fruit fly codes for the same amino acid as that same specific three nucleotide codon for a human. This means that the genetic code is (82). The three steps of transcription are initiation, (83), and termination. The (84) region on a chromosome is the sequence of nucleotides in DNA that indicates where the RNA polymerase complex should bind to initiate transcription. In a eukaryotic cell MRNA is modified in three ways. This is known as (85). The role of (86) is to combine with protein and then bind to introns to remove them and splice the RNA together. The role of (87) is to transport amino acids to the ribosome where the anticodon loop complements the codon so that the amino acid can be used to make a polypeptide. A (88) mutation takes place in the cell as the result of normal molecular interaction. A (89) is an event or substance that increases the rate of changes to the DNA sequence of an organism's genome. The trp operon is considered a(n) (90) gene regulatory system.

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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Complete each of the following statements by selecting from the bank of terms below.
a. tRNA
b. spontaneous
c. repressible
d. RNA processing
e. mutagen
f. SNRNA
g. redundancy
h. universal
i. promoter
j. elongation
There are several three nucleotide codons that code for the same amino acid. This is known as (81).
A specific three nucleotide codon for a fruit fly codes for the same amino acid as that same specific
three nucleotide codon for a human. This means that the genetic code is (82).
The three steps of transcription are initiation, (83), and termination.
The (84) region on a chromosome is the sequence of nucleotides in DNA that indicates where the RNA
polymerase complex should bind to initiate transcription.
In a eukaryotic cell mRNA is modified in three ways. This is known as (85).
The role of (86) is to combine with protein and then bind to introns to remove them and splice the RNA
together.
The role of (87) is to transport amino acids to the ribosome where the anticodon loop complements the
codon so that the amino acid can be used to make a polypeptide.
A (88) mutation takes place in the cell as the result of normal molecular interaction.
A (89) is an event or substance that increases the rate of changes to the DNA sequence of an organism's
genome.
The trp operon is considered a(n) (90) gene regulatory system.
Transcribed Image Text:Complete each of the following statements by selecting from the bank of terms below. a. tRNA b. spontaneous c. repressible d. RNA processing e. mutagen f. SNRNA g. redundancy h. universal i. promoter j. elongation There are several three nucleotide codons that code for the same amino acid. This is known as (81). A specific three nucleotide codon for a fruit fly codes for the same amino acid as that same specific three nucleotide codon for a human. This means that the genetic code is (82). The three steps of transcription are initiation, (83), and termination. The (84) region on a chromosome is the sequence of nucleotides in DNA that indicates where the RNA polymerase complex should bind to initiate transcription. In a eukaryotic cell mRNA is modified in three ways. This is known as (85). The role of (86) is to combine with protein and then bind to introns to remove them and splice the RNA together. The role of (87) is to transport amino acids to the ribosome where the anticodon loop complements the codon so that the amino acid can be used to make a polypeptide. A (88) mutation takes place in the cell as the result of normal molecular interaction. A (89) is an event or substance that increases the rate of changes to the DNA sequence of an organism's genome. The trp operon is considered a(n) (90) gene regulatory system.
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