Write the sequence of RNA bases that would be transcribed from the sequence of bases below:
TACACGCAATTA
Use the space bar to separate your sequence into codons.
Question 2
2.
Use the genetic code chart provided above to translate your sequence of RNA base codons into an amino acid sequence to make a protein. Copy the three letters representing each amino acid as shown on the chart. Separate each of your amino acids from the others with a space.
Question 3
3.
Question 4
4.
Question 5
5.
Question 6
6.
Question 7
7.
Question 8
8.
Question 9
9.
Put the steps of transcription and translation in the order that they occur in.
Amino acids are added together with peptide bonds to make a polypeptide
Codons on the mRNA pair up with anti-codons on the tRNA
RNA nucleotides match their bases to the bases on the DNA strand
RNA Polymerase attaches to the DNA strand at the Start codon
The Stop codon is reached and mRNA leaves the nucleus with the copied strand of DNA
mRNA connects to the ribosome
Assign each of the characteristics below to either DNA or RNA.
Double stranded
Single stranded
Ribose
Deoxyribose
Thymine
Uracil
One type
Two types
Found only in the nucleus
Found in the nucleus and cytoplasm
Adenine
Guanine
Cytosine
Made up of nucleotides
DNA
RNA
Both DNA & RNA
Protein synthesis occurs in which order?
mRNA -> DNA -> Protein
Protein -> DNA -> mRNA
Protein -> mRNA -> DNA
DNA -> mRNA -> Protein
The process of copying a gene's DNA sequence into a sequence of RNA is called:
replication
transcription
translation
polymerase chain reaction
tRNA is involved in:
carrying amino acids to the ribosome
carrying RNA to the ribosome
carrying DNA to the ribosome
carrying ribose to the ribosome
Which process is shown in the image below?
transcription
replication
translation
chemosynthesis
Use the image below to answer the following questions:
