Which anticodon would be placed in spot #2?
Which anticodon would be placed in spot #2?
What is the portion of a DNA molecule which contains the code for making a protein?
Identify the characteristic with the correct category.
Product: RNA/mRNA Strand
Controlling Factor: RNA Polymerase
DNA --> DNA
Product: DNA Strand
mRNA --> Proteins
Controlling Factor: Ribosomes
Product: Protein/Polypeptide Chain
Controlling Factor: DNA Polymerase
DNA --> mRNA
Replication
Transcription
Translation
Identify the characteristic with the correct category.
DNA --> mRNA
DNA --> DNA
Product: Protein/Polypeptide Chain
Product: DNA Strand
Controlling Factor: RNA Polymerase
Controlling Factor: Ribosomes
mRNA --> Proteins
Product: RNA/mRNA Strand
Controlling Factor: DNA Polymerase
Replication
Transcription
Translation
Match the following RNA types to their function.
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
rRNA | arrow_right_alt | takes DNA message to ribosome |
tRNA | arrow_right_alt | combines w/ proteins to make ribosome |
mRNA | arrow_right_alt | brings amino acids to ribosomes |
Which of the following statements are TRUE regarding DNA and RNA? Select all correct answers!
Which anticodon would be placed in spot #2?
Why must transcription occur in the nucleus?
Match the following protein synthesis term/image.
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Anticodon image | arrow_right_alt | three-base sequence on mRNA that codes for a single amino acid |
Codon definition | arrow_right_alt | three bases on tRNA molecule that are complementary to an mRNA codon |
Anticodon definition | arrow_right_alt | An enzyme that is required for transcription |
Codon image | arrow_right_alt | An enzyme that is required for translation |
DNA polymerase | arrow_right_alt |
|
RNA polymerase | arrow_right_alt |
|
