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The process where DNA makes a copy of itself is called
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
The DNA codon AGA codes for Arginine. The sequence of steps would be
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
DNA is in the following shape:
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
The pairing of ___ in DNA is the main reason DNA is able to make copies of itself
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
What are some differences between mRNA and tRNA?
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
The process of converting RNA code into a sequence of amino acids is called:
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
During transcription DNA serves a code to make a sequence of
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
Which mutation would likely cause the greatest impact
nitrogen bases
AGA to UCU to tRNA molecule holding Arginine
mRNA
translation
tRNA is a molecule bringing an amino acid
Double Helix
Replication
Frameshift mutation
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