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Ch. 5 - DNA to RNA to ProteinWorksheetSee all chapters
All Chapters
Ch. 1 - Overview of Cell Biology
Ch. 2 - Chemical Components of Cells
Ch. 3 - Energy
Ch. 4 - DNA, Chromosomes, and Genomes
Ch. 5 - DNA to RNA to Protein
Ch. 6 - Proteins
Ch. 7 - Gene Expression
Ch. 8 - Membrane Structure
Ch. 9 - Transport Across Membranes
Ch. 10 - Anerobic Respiration
Ch. 11 - Aerobic Respiration
Ch. 12 - Photosynthesis
Ch. 13 - Intracellular Protein Transport
Ch. 14 - Cell Signaling
Ch. 15 - Cytoskeleton and Cell Movement
Ch. 16 - Cell Division
Ch. 17 - Meiosis and Sexual Reproduction
Ch. 18 - Cell Junctions and Tissues
Ch. 19 - Stem Cells
Ch. 20 - Cancer
Ch. 21 - The Immune System
Ch. 22 - Techniques in Cell Biology
Sections
DNA Transcription
mRNA Processing
tRNA, rRNA and the Codon Code
Translation
mRNA Export and Nuclear Structures
RNA and the Origins of Life

Concept #1: Transcription Overview

Concept #2: Transcription Initiation

Concept #3: Transcription Elongation

Concept #4: Transcription Termination

Practice: Transcription initiation requires many factors, which of the following is not one of them?

Practice: Is polycistronic mRNA found in prokaryotic transcription or eukaryotic transcription?

Practice: Transcription occurs in which of the following directions?

Practice: When RNA polymerase reaches a terminator, what happens?

Practice: Both strands of the DNA are transcribed to create a protein.