DNA, RNA & Protein Synthesis
Review these terms from our DNA unit.
Carried by tRNA molecules ("trucks"). A long chain of these makes a protein.
Found on a tRNA ("truck"). These are the OPPOSITE letters from the codon on the mRNA.
Three letters on the mRNA that code for one amino acid.
The 5-sided sugar found in DNA.
The 5-sided sugar found in RNA.
The enzyme that copies BOTH sides of the DNA during DNA replication.
The table of codons (3 letters on an mRNA molecule) that indicates which codons code for which amino acids.
The enzyme that untwists DNA for replication or transcription.
The strand of DNA that is replicated continuously by DNA polymerase.
The strand of DNA that is replicated by DNA polymerase in short sections called Okazaki fragments which are then joined by ligase.
The enzyme that joins Okazaki fragments on the lagging strand to create a continuous strand of replicated DNA.
The molecule that carries messages from the DNA to the ribosome about how to build a protein.
The "steps" of a DNA ladder. They include A, T, C & G. (U in place of T for RNA...)
Contains a phosphate, a nitrogen base (A, T (U), C, G) and a sugar (deoxyribose or ribose). Use for DNA replication or transcription (RNA formation).
Short pieces of DNA formed by DNA polymerases on the lagging strand of DNA during replication.
Long chain of amino acids.
The copying of DNA for cell division. (Going from a monovalent to a bivalent chromosome.)
The "Y"-shape that occurs as helicase untwists and unzips DNA during replication.
Where mRNA and tRNA ("trucks") come together to build a protein.
The enzyme that copies ONE side of the DNA to make a strand of RNA.
The first codon on all mRNA molecules: AUG.
Making a strand of RNA.
Building a protein at a ribosome.
"Trucks" that carry amino acids to the ribosome to build a protein. Contain the ANTI-codon.
The nitrogen base found only in RNA. Replaces the T found in DNA.
Watson and Crick
The scientists credited with discovering the double helix shape of a DNA molecule.
The inducer molecule for the Lac Operon that causes the repressor (the roadblock) to fall off the DNA.
A series of genes in an E.Coli bacteria that code for proteins that digest lactose. These genes can be turned on or off.
The place on the Lac Operon where the repressor (the roadblock) sits and prevents RNA polymerase from continuing. (A.k.a. The On/Off Switch)
The roadblock for genes that can be turned on/off like the Lac Operon. The repressor sits on the Operator.
Any gene that codes for a protein. The Lac Operon has 3 genes that code for the proteins/enzymes that digest lactose
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