DNA Nucleic Acids Nucleic Acids DNA Deoxyribo Nucleic
![DNA!! DNA!!](https://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-1.jpg)
DNA!!
![Nucleic Acids Nucleic Acids](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-2.jpg)
Nucleic Acids
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Nucleic Acids DNA (Deoxy-ribo Nucleic Acid) RNA (Ribo Nucleic Acid)
![Nucleic Acids DNA contains the coded recipes for all the proteins that determine your Nucleic Acids DNA contains the coded recipes for all the proteins that determine your](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-4.jpg)
Nucleic Acids DNA contains the coded recipes for all the proteins that determine your traits. (Traits are heritable characteristics, like eye color)
![Nucleic Acids RNA copies the information from DNA and builds the proteins. (Traits are Nucleic Acids RNA copies the information from DNA and builds the proteins. (Traits are](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-5.jpg)
Nucleic Acids RNA copies the information from DNA and builds the proteins. (Traits are heritable characteristics, like eye color)
![DNA DNA](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-6.jpg)
DNA
![DNA info to RNA DNA info to RNA](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-7.jpg)
DNA info to RNA
![DNA info to RNA builds Protein DNA info to RNA builds Protein](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-8.jpg)
DNA info to RNA builds Protein
![DNA info to RNA builds Protein The Central Dogma of Biology determine Trait DNA info to RNA builds Protein The Central Dogma of Biology determine Trait](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-9.jpg)
DNA info to RNA builds Protein The Central Dogma of Biology determine Trait
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DNA info to RNA builds Protein The Central Dogma of Biology determine Trait
![LAB Extracting DNA from Strawberries LAB Extracting DNA from Strawberries](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-11.jpg)
LAB Extracting DNA from Strawberries
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![The nitrogenous bases: A = adenine T = thymine G = guanine C = The nitrogenous bases: A = adenine T = thymine G = guanine C =](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-19.jpg)
The nitrogenous bases: A = adenine T = thymine G = guanine C = cytosine
![Nucleic Acid Structure Phosphate Sugar T nucleotide Phosphate sugar-phosphate backbone C G A Sugar Nucleic Acid Structure Phosphate Sugar T nucleotide Phosphate sugar-phosphate backbone C G A Sugar](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-20.jpg)
Nucleic Acid Structure Phosphate Sugar T nucleotide Phosphate sugar-phosphate backbone C G A Sugar nucleotide C Phosphate Sugar T Phosphate A Sugar Phosphate Sugar nitrogenous bases G Phosphate Sugar
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![Nucleic Acid Structure Sugar Phosphate A Sugar Phosphate Sugar C A C Phosphate Sugar Nucleic Acid Structure Sugar Phosphate A Sugar Phosphate Sugar C A C Phosphate Sugar](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-23.jpg)
Nucleic Acid Structure Sugar Phosphate A Sugar Phosphate Sugar C A C Phosphate Sugar T G T Phosphate Sugar G Phosphate Sugar Phosphate
![Nucleic Acid Structure Sugar Phosphate A Sugar Phosphate T G C A T Phosphate Nucleic Acid Structure Sugar Phosphate A Sugar Phosphate T G C A T Phosphate](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-24.jpg)
Nucleic Acid Structure Sugar Phosphate A Sugar Phosphate T G C A T Phosphate Sugar G C Phosphate Sugar Phosphate
![1. What is the material in each cell that contains a set of instructions 1. What is the material in each cell that contains a set of instructions](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-25.jpg)
1. What is the material in each cell that contains a set of instructions that control all genetic traits? 2. Where in a cell is DNA usually found? 3. What are the "building blocks" that make up a nucleic acid? 4. What are three components of a nucleotide? 5. What are the two components of the backbones? 6. To which component of the backbone are the bases attached? 7. What are the four bases? 8. Which bases go together? 9. What type of bond holds the two strands together? 10. What is the twisted shape of the DNA molecule called?
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Nucleic Acids Vocabulary Power Point
![DNA Replication Video Simple. mp 4 DNA Replication Video Simple. mp 4](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-28.jpg)
DNA Replication Video Simple. mp 4
![Nucleic Acid REPLICATION Takes 4 steps: Phosphate Sugar A T Sugar C Phosphate Sugar Nucleic Acid REPLICATION Takes 4 steps: Phosphate Sugar A T Sugar C Phosphate Sugar](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-29.jpg)
Nucleic Acid REPLICATION Takes 4 steps: Phosphate Sugar A T Sugar C Phosphate Sugar C G Sugar Phosphate G C G Sugar Phosphate A Sugar Phosphate Sugar C Sugar T Phosphate Sugar G T Sugar Phosphate A Sugar Phosphate T Sugar Phosphate
![Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) Phosphate Sugar A T Sugar C Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) Phosphate Sugar A T Sugar C](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-30.jpg)
Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) Phosphate Sugar A T Sugar C G Sugar Phosphate A Sugar Phosphate Sugar C Sugar T Phosphate G T Sugar A Sugar Phosphate Sugar Phosphate Sugar C G Sugar Phosphate G C T Sugar Phosphate
![Phosphate Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) 2. Unzip (the two strands Phosphate Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) 2. Unzip (the two strands](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-31.jpg)
Phosphate Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) 2. Unzip (the two strands separate, exposing bases) C Sugar T Sugar G Sugar Phosphate Sugar A Phosphate Sugar G Phosphate A Sugar C Phosphate Sugar T Phosphate C Sugar A T Phosphate G Sugar C G Sugar Phosphate
![Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) 2. Unzip (the two strands separate, Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) 2. Unzip (the two strands separate,](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-32.jpg)
Nucleic Acid REPLICATION 1. Unwind (DNA straightens out) 2. Unzip (the two strands separate, exposing bases) 3. Complement (free nucleotids match up with bases on strands) Phosphate Sugar A T Phosphate Phosphate Sugar G C Sugar Phosphate Sugar T A Sugar Phosphate Sugar C G Sugar Phosphate
![Nucleic Acid REPLICATION Unwind (DNA straightens out) Unzip (the two strands separate, exposing bases) Nucleic Acid REPLICATION Unwind (DNA straightens out) Unzip (the two strands separate, exposing bases)](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-33.jpg)
Nucleic Acid REPLICATION Unwind (DNA straightens out) Unzip (the two strands separate, exposing bases) Complement (free nucleotids match up with bases on strands) Bond (the new strands of nucleotides bond together) 1. 2. 3. 4. Phosphate Sugar G Sugar A Sugar C G Sugar C Phosphate T Sugar A T Sugar Phosphate Phosphate Sugar C Sugar T Sugar G Phosphate A Sugar Phosphate
![The nitrogenous bases: A = adenine T = thymine G = guanine C = The nitrogenous bases: A = adenine T = thymine G = guanine C =](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-34.jpg)
The nitrogenous bases: A = adenine T = thymine G = guanine C = cytosine
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![Nucleic Acid Structure Sugar Phosphate T A Phosphate G C Phosphate Nucleic Acid Structure Sugar Phosphate T A Phosphate G C Phosphate](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-36.jpg)
Nucleic Acid Structure Sugar Phosphate T A Phosphate G C Phosphate
![Nucleic Acid Structure Sugar Phosphate T A Phosphate G C Phosphate Nucleic Acid Structure Sugar Phosphate T A Phosphate G C Phosphate](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-37.jpg)
Nucleic Acid Structure Sugar Phosphate T A Phosphate G C Phosphate
![Nucleic Acid Structure Sugar Phosphate Sugar A G T C Phosphate Sugar Phosphate T Nucleic Acid Structure Sugar Phosphate Sugar A G T C Phosphate Sugar Phosphate T](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-38.jpg)
Nucleic Acid Structure Sugar Phosphate Sugar A G T C Phosphate Sugar Phosphate T C A Phosphate Sugar G Phosphate Sugar Phosphate
![. Word Bank for Word Search -nucleotide -cytosine. base pair nitrogenous base -adenine deoxyribonucleic . Word Bank for Word Search -nucleotide -cytosine. base pair nitrogenous base -adenine deoxyribonucleic](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-39.jpg)
. Word Bank for Word Search -nucleotide -cytosine. base pair nitrogenous base -adenine deoxyribonucleic acid. phosphate. double helix replication guanine. DNA -thymine -hydrogen bonds
![C Phosphate Sugar A Phosphate Sugar G Phosphate Sugar Phosphate T Sugar Phosphate Sugar C Phosphate Sugar A Phosphate Sugar G Phosphate Sugar Phosphate T Sugar Phosphate Sugar](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-40.jpg)
C Phosphate Sugar A Phosphate Sugar G Phosphate Sugar Phosphate T Sugar Phosphate Sugar C G Phosphate T Phosphate A Sugar Phosphate Sugar
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![Attachments Nucleic Acids Vocabulary. pptx DNA Replication Video Simple. mp 4 Attachments Nucleic Acids Vocabulary. pptx DNA Replication Video Simple. mp 4](http://slidetodoc.com/presentation_image_h2/88dd75a29d806a95d67de64512f0bfea/image-48.jpg)
Attachments Nucleic Acids Vocabulary. pptx DNA Replication Video Simple. mp 4
- Slides: 48