
DNA to Protein FRAME
Presentation
•
Biology
•
12th Grade
•
Practice Problem
•
Medium
+2
Standards-aligned
Alyssa Harris
Used 7+ times
FREE Resource
8 Slides • 10 Questions
1
DNA to Protein FRAME
2
Labelling
Label the nucleotide.
Nitrogen Base
Phosphate group
Sugar
3
Key Topic: DNA to Protein
how the DNA molecule is used to create proteins for all the body's life processes
Central Dogma of Life
4
Main Idea: Overview
Essential Details:
1. Replication - make more DNA
2. Transcription - DNA to RNA
3. Translation - RNA to Protein
4. Proteins - Control the body
5
Match
Match the vocabulary term to its definition.
Replication
Transcription
Translation
DNA to DNA
DNA to RNA
RNA to protein
DNA to DNA
DNA to RNA
RNA to protein
6
Main Idea: Replication
Essential Details:
Occurs in nucleus
Enzymes control the process
Result: 2 identical double helixes
Semi-conservative - One old strand one new
7
Multiple Select
Which of the following shows the correct base pairing rule?
Adenine and Thymine
Cytosine and Guanine
Cytosine and Adenine
Guanine and Thymine
8
Multiple Choice
Which of the following BEST describes the molecules produced after replication?
There is one completely new DNA helix and one old DNA helix
There are 2 completely new DNA helixes
There are 2 DNA helixes; each helix contains one old strand and one new strand
There are 2 DNA helixes; each strand on each helix has some onld and some new nucleotides
9
Main Idea: Transcription
Essential Details:
RNA polymerase separates DNA and
is used to make mRNA (messenger RNA)
RNA differs from DNA
by Ribose sugar, single strand and Uracil
10
Multiple Choice
Which of the following is NOT one of the ways RNA is different from DNA?
Uracil
Ribose
Single stranded
Phosphate group
11
Multiple Choice
What does the "m" in mRNA stand for?
mega
mini
messenger
multi
12
Main Idea: Translation
Essential Details:
RNA hold the instructions
RNA goes to ribosome
Amino acids are linked
Until a protein is formed
13
14
Open Ended
Why do you think "messenger" is a good descriptor of mRNA?
15
Multiple Choice
Which of the following is the monomer for proteins?
Amio Acids
Nucleic Acids
mRNA
tRNA
16
Open Ended
So what? What do you think is important to understand about this?
17
So what?
DNA creates proteins by being transcribed into RNA and then RNA goes to the ribosome to build proteins from amino acids.
18
Poll
Which process do you think will be the most difficult to learn?
Replication
Transcription
Translation
All of them
DNA to Protein FRAME
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