PCR Puzzle Class instructions.

Slides:



Advertisements
Similar presentations
DNA Replication Ask why, when, and where they think replication occurs? Ask them to recall when copies are needed?
Advertisements

Restriction Mapping & Southern Blotting Made Simple Class instructions.
PCR Puzzle Class instructions. Start of lesson Have the following at front of the class: Template.
Genetic Jigsaw Class instructions. Start of lesson Divide the classes into 6 groups: – Origin of replication – Repressor gene – Promoter – Multiple cloning.
DNA Fingerprinting Class instructions. In this lesson your students will learn DNA fingerprinting uses STR repeats STRs are repeats of short sequences.
Polymerase Chain Reaction (PCR) and its Applications.
© red ©
Genetics Making a model of DNA. Objective: I can discuss how cells pass on Genetic Information.
DNA: Replication and Mutation. What is DNA? DNA = deoxyribonucleic acid DNA is the “blueprint” for the cell  contains the instructions that tells the.
Replication is the process used by DNA to copy itself Replication of DNA is a prerequisite to cell division, as each daughter cell must have a full copy.
The PCR The Polymerase Chain Reaction. The PCR is used to make copies of DNA (amplification). Whole genome OR DNA fragments.
Genetic Jigsaw Class instructions. Start of lesson Divide the classes into 6 groups: – Origin of replication – Repressor gene – Promoter – Multiple cloning.
DNA Replication DNA mRNA protein transcription translation replication Before each cell division the DNA must be replicated so each daughter cell can get.
DNA, RNA & Protein Synthesis.
Inquiry: How is DNA used to store and transmit cell information?
DNA Bases. Adenine: Adenine: (A) pairs with Thymine (T) only.
DNA Replication Section 12-2 in Textbook. ANIMAL CELL.
DNA, RNA & Protein Synthesis.
Genetics
BELL WORK: Use the following words to fill in your bubble map: Adenine (A) Base Cytosine (C) Deoxyribose DNA Guanine (G) Hydrogen Nucleic acid Nucleotide.
DNA Paper Model Imagine DNA is a twisted ladder. The outside of the ladder is made up of alternating sugar and phosphate molecules. The sugar is called.
A technique to make a lot of DNA from only a little!
Do Now: Do Now: Take out homework. Then… 1. What is the monomer of nucleic acids? 2. What are the 3 parts a DNA strand? 3. What are the 4 different nitrogenous.
DNA, RNA & Protein Synthesis.
DNA AND RNA STUDY GUIDE FOR THE TEST. Name the three molecules DNA is made up of.
GRAPHING RELATIONSHIPS For each graph, determine the graphing relationship and record it on a white board.
2/10/2014 to 2/14/2014. DNA structure In 1952, scientist Rosalind Franklin discovered that DNA is two chains of molecules in a spiral form. The actual.
Modeling PCR Joy Killough RET Teacher University of Texas at Austin With Dr. C. Randall Linder.
DNA REPLICATION Chapter 11, Section 1. DNA Review What is the building block of DNA? Nucleotides What is the shape of DNA? Double Helix What holds together.
Reviewing Nitrogen Base Pairs Which nitrogenous base always pairs with Cytosine (C)? _______________________ Which nitrogenous base always pairs with Adenine.
Monday 11/9/15 LEARNING GOAL: Accurately pair nitrogen bases in a DNA molecule and demonstrate how a molecule of DNA is replicated. WARM UP: What are the.
DNA Replication.
DNA stands for Also known as “the double helix” The 5-carbon sugar may be different in other nucleic acids. The sugar in DNA is deoxyribose.
 DNA replicates before a cell divides  Occurs during the S or synthesis phase of the cell cycle  Replication creates identical copies of DNA strands.
DNA Deoxy…what? A guide to building a model. Objective: Our goal is to understand the structure and function of DNA molecules, including the rules of base.
Structure and Function 1) Choose an item. Explain - How does the structure of this item support its function? 2) What should be the functions of DNA? What.
Section 4 Lesson 3– PCR. PCR – The Polymerase Chain Reaction PCR is a technique used to amplify specific sequences of DNA. This technique can be used.
DNA, RNA & Protein Synthesis. What is DNA? The hereditary material in the nucleus of cells that tells the cell when to make proteins and what proteins.
Human and Ape DNA Lab.
DNA ..
Lesson L.O. to recall multiplication and division facts.
CfE Higher Biology.
List everything you know about DNA
DNA Structure.
Gel electrophoresis analysis Automated DNA analyzer.
3.5b DNA structure and replication
DNA Sequencing.
The Structure and Function of DNA
Restriction Mapping & Southern Blotting Made Simple
REVISION: TOPICs 2.6 & 2.7 – DNA & RNA STRUCTURE DNA REPLICATION
DNA Replication Created by Kim Useglia-former student teacher
Concept: Explain Transcription Using Models of DNA and RNA
The Building Blocks Of Life
Polymerase Chain Reaction
Polymerase Chain Reaction
Main Game Set-Up Fill in your questions and answers.
1.Collect your planaria from your class drawer.
L.E. Bio. Theme 2 Nucleic Acids.
DNA Replication.
A B - deoxynucleotide (dNTP) dideoxynucleotide (ddNTP)
RNA: Structures and Functions
What Color is it?.
Directions: Fill in the blanks with the correct answers then color in the picture with the given color. Color White: A full rotation around a.
A yummy DNA Demonstration!
Nucleic acids.
Reviewing Nitrogen Base Pairs
DNA Structure.
Transcription-mediated amplification (TMA).
Presentation transcript:

PCR Puzzle Class instructions

Start of lesson Have the following at front of the class: Template

Start of lesson continued Primers Bases

Correct base pairing is critical! Green (Guanine) pairs with yellow (Cytosine) Blue (Adenine) pairs with orange (Thymine)

The devil is in the detail! The 5’ prime and 3’ prime ends of the bases must be round the right way!

Cycle 1 - denature Spilt class in two halves Give one half one template strand Give other half the other template strand

Students comes to front to get primer One student from each group comes to front of class to get primer

Students comes to front to get primer If they have double orange in their template, pick one double blue primer The other group takes one green-blue primer

Cycle 1 - Anneal primer Each group adds primer to the template Make sure 5’ to 3’ prime is correct!

Cycle 1 - extend Students take bases required to finish strand And add the bases to complete the copy

Cycle 1 - observations When finished filling in blanks, each group brings product to front of class and put on desk or floor

Cycle 1 - observations Make observations: How many copies do you get? How many are just the target sequence (ie begin and end with primers)?

Cycle 2 - denature Split class into 4 quarters Give each group a strand:

Cycle 2 – Anneal primer Each group adds appropriate primer to the template strand Make sure 5’ to 3’ prime correct way round!

Cycle 2 - extend Students take it in turns to come to front to take matching base to add to template

Cycle 2 - observations When finished filling in blanks, each group brings product to front of class and put on desk or floor

Cycle 2 - observations Make observations: How many copies do you get? How many are just the target sequence (ie begin and end with primers)?

Cycle 3 - denature Split class into 8 groups Give each group a strand:

Cycle 3 – Anneal primer Each group adds appropriate primer to the template strand Make sure 5’ to 3’ prime correct way round!

Cycle 3 - extend Students take it in turns to come to front to take matching base to add to template

Cycle 3 - observations When finished filling in blanks, each group brings product to front of class and put on desk or floor

Cycle 3 - observations How many copies do you get? How many are just the target sequence (ie begin and end with primers)? What if anything, has happened to the template? How many bases with red, black and white do you now have?