je “dna introduction” 1. what do you already know about dna? where do you hear about it? why?...

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JE “DNA Introduction” 1. What do you already know about DNA? •Where do you hear about it? Why? •What does DNA stand for? •What does it look like? •Where is it? •What is the code? •DRAW something 2. Why should we learn about it? Welcome to Biology!

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Page 1: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

JE “DNA Introduction”

1. What do you already know about DNA?•Where do you hear about it? Why?•What does DNA stand for? •What does it look like?•Where is it?•What is the code?•DRAW something2. Why should we learn about it? 3. What do you want to know about DNA?

Welcome to Biology!

Page 2: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

Pop Stars

Page 3: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

At The Grammys Concert

Page 4: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

Walking the RED carpet

Page 5: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

DNA structure

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Page 6: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

Phosphate

Sugar

Adenine

Thymine

Guanine

Cytosine

Page 7: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

Wound up in Double Helix

Unwound

SPSP

Page 8: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

Wound up in Double Helix

Where on the red carpet are the Pop Stars?

Who is in the middle of the red carpet?

How do those in the middle of the red carpet pair up?

Page 9: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

DNA has a Double Helix Shape

Page 10: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

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Nucleotide:A subunit of DNA that contains a phosphate, a sugar and a nitrogenous base.

Page 11: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

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What are the three parts of a Nucleotide?

a phosphate, a sugar and a nitrogenous base.

What part of the nucleotide is the Nitrogenous base?

A, T, G, and C are the 4 nitrogenous bases.

Page 12: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is
Page 13: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

A

A

G G

T

T

C C • Guanine with Cytosine

in 3 hydrogen bonds

• Adenine with Thymine in 2 hydrogen bonds.

• Cytosine and Thymine are single rings and small.

Why is A only with T and G only with C?

• Adenine and Guanine are double rings and big.

Where is the co

de?

Page 14: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

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DNA Code

• The code is carried in the sequence of nitrogenous bases that are on the inside.

Page 15: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

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DNA Code

• adenine (A) pairs with thymine (T)• guanine (G) pairs with cytosine (C)

AC TG CCGG TT A A

T T TG GGC CCA A AWhat is the code of the lower strand of

this DNA sequence?

Page 16: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

DNA code

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The gene for the protein “Human MKK6”1 agttccaagt ttggagcttt tagctgccag ccctggccca tcatgtagct gcagcacagc tccctaac gttgcaactg ggggaaaaat cactttccag tctgttttgc aaggtgtgca ttccatctt gattccctga aagtccatct gctgcatcgg tcaagagaaa ctccacttgc atgaagattg cacgcctgca gcttgcatct ttgttgcaaa actagctaca gaagagaagc aaggcaaagt cttttgtgct cccctccccc atcaaaggaa aggggaaaat gtctcagtcg aaaggcaaga agcgaaaccc tggccttaaa attccaaaag aagcatttga acaacctcag accagttcca caccacctcg agatttagac tccaaggctt gcatttctat tggaaatcag aactttgagg tgaaggcaga tgacctggag cctataatgg aactgggacg aggtgcgtac ggggtggtgg agaagatgcg gcacgtgccc agcgggcaga tcatggcagt gaagcggatc cgagccacag taaatagcca ggaacagaaa cggctactga tggatttgga tatttccatg aggacggtgg actgtccatt cactgtcacc ttttatggcg cactgtttcg ggagggtgat gtgtggatct gcatggagct catggataca tcactagata aattctacaa acaagttatt gataaaggcc agacaattcc agaggacatc ttagggaaaa tagcagtttc tattgtaaaa gcattagaac atttacatag taagctgtct gtcattcaca gagacgtcaa gccttctaat tactcatca atgctctcgg tcaagtgaag atgtgcgatt ttggaatcag tggctacttg gtggactctg ttgctaaaac aattgatgca ggttgcaaac catacatggc ccctgaaaga ataaacccag agctcaacca gaagggatac agtgtgaagt ctgacatttg gagtctgggc atcacgatga ttgagttggc catccttcga tttccctatg attcatgggg aactccattt cagcagctca aacaggtggt agaggagcca tcgccacaac tcccagcaga caagttctct gcagagtttg ttgactttac ctcacagtgc ttaaagaaga attccaaaga acggcctaca tacccagagc taatgcaaca tccatttttc accctacatg aatccaaagg aacagatgtg gcatcttttg taaaactgat tcttggagac taaaaagcag tggacttaat cggttgaccc tactgtggat tggtgggttt cggggtgaag caagttcact acagcatcaa tagaaagtca tctttgagat aatttaaccc tgcctctcag agggttttct ctcccaattt tctttttact ccccctctta agggggcctt ggaatctata gtatagaatg aactgtctag atggatgaat tatgataaag gcttaggact tcaaaaggtg attaaatatt taatgatgtg tcatatgagt cctcaagctt ctcagacttc tcttattctt tacaaaatga atgcattggc cctgacaaaa aggtgctacg gtagtgatga aattataagt agatttgtag tttgtcccat ttattatttt aatatttatg tttaagtgct tggttgaaaa gattccattt tatacaagaa gggagattca aaaaaaaaat ataaggttgg gttagcaata tttatagggc ttttattttt taagttcaat tgtgtctgtg gtccagaaga aattatttaa tatgcatctt tgagaatatt ataaaaatat caaaaaggaa aaaaaaaaa

http://www.ncbi.nlm.nih.gov/entrez/viewer.fcgi?db=nuccore&id=90577186

Page 17: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

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Partners

Tell the story of what the Pop Stars at the Grammys Concert has to do with

DNA Structure

Page 18: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

DNA Ticket out the Door1. Label the DNA with these letters: P S A T G C• (The nucleotides may go in any order)

2. Circle and label a nucleotide.3. Circle and label the hydrogen bonds.4. Write the “code” of one strand of the DNA you made.

P

P

P

P

P

PS

S

S

S

S

S A

A

G

T

C

T

nucleotide

Hydrogenbonds

Code: AGT

Page 19: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

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THE END

Page 20: JE “DNA Introduction” 1. What do you already know about DNA? Where do you hear about it? Why? What does DNA stand for? What does it look like? Where is

P

P

P

P

P

PS

S

S

S

S

S A

A

G

T

C

T

Name: _____________

P

P

P

P

P

PS

S

S

S

S

S A

A

G

T

C

T

Name: _____________

P

P

P

P

P

PS

S

S

S

S

S A

A

G

T

C

T

Name: _____________

P

P

P

P

P

PS

S

S

S

S

S A

A

G

T

C

T

Name: _____________