WorksheetsProtein Synthesis
Total questions: 36
Worksheet time: 26mins
Which of the following are differences in the structure between RNA and DNA
DNA uses deoxyribose sugar, RNA uses sugar ribose
DNA pairs Adenine with Uracil, RNA pairs Adenine with Thymine
DNA is a double helix, RNA is a single helix
DNA pairs Adenine with Thymine, RNA pairs Adenine with Uracil
Insertion, deletion, and substitution are all examples of a change in a genetic sequence which is also referred to as (a)
Gene
Amino Acid
Ribose
Mutation
When these bond together, they form a protein
Amino Acids
Peptide Bonds
Ribose
Nucleotides
A string of nucleotides that contain the information to make a specific protein
Ribose
Amino Acids
tRNA
Gene
During translation, this type of ribonucleic acid is responsible for delivering amino acids to help make a protein.
mRNA
rRNA
tRNA
dRNA
Which of the following is the complementary mRNA sequence to this DNA strand: AACTGAA
UUGACUU
TTGACTT
AACTGAA
AACUGAA
The monomers units of DNA and RNA are
amino acids
monosaccharides
nucleotides
fatty acids
Which organelle is the location where protein is made?
Ribosome
Nucleus
Cytoplasm
Nucleotide
mRNA occurs during this process
Translation
Transcription
Replication
Delivery
Why must transcription occur in the nucleus?
because DNA can't leave the nucleus
because ribosomes are in the nucleus
because DNA polymerase is found there
because helicase unzips the DNA
How are DNA and RNA different? (CHECK ALL THAT APPLY)
Only DNA can leave the nucleus
RNA contains Thymine; DNA contains Uracil
DNA is double stranded, RNA is a single stranded
DNA contains Thymine, RNA contains Uracil
What brings the amino acids to the ribosome to assemble a protein?
DNA
How many nucleotides code for 1 amino acid?
1
2
3
4
What determines the shape and function of a protein?
The sequence of amino acids
The type of ribosome that assembles the protein
The cell that manufactures the protein
How can a mutation in the DNA sequence result in NO change to the protein that is made?
There are multiple codons that can code for the same amino acid and result in the same protein
There is always a change in the protein when a mutation occurs
Only the mRNA is used in protein synthesis so a mutation in the DNA would have no effect on the protein
DNA
Amino Acids
Nucleotides
Fatty Acids
Monosaccharides
Proteins
Fatty acids
Nucleotides
Monosaccharides
Amino Acids
RNA
Amino Acids
Nucleotides
Monosaccharides
Fatty acids
