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We are learning about DNA and 
how genetic information is 
passed through this structure.

We are learning about DNA and 
how genetic information is 
passed through this structure.

jaguar
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We are learning about DNA and 
how genetic information is 
passed through this structure.

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  1. We are learning about DNA and 
how genetic information is 
passed through this structure. 01010111011001010010000001100001011100100110010100100000011011000110
01010110000101110010011011100110100101101110011001110010000001100001
01100010011011110111010101110100001000000100010001001110010000010010
00000110000101101110011001000010000001101000011011110111011100100000
01100111011001010110111001100101011101000110100101100011001000000110
10010110111001100110011011110111001001101101011000010111010001101001
01101111011011100010000001101001011100110010000001110000011000010111
00110111001101100101011001000010000001110100011010000111001001101111
01110101011001110110100000100000011101000110100001101001011100110010
00000111001101110100011100100111010101100011011101000111010101110010
0110010100101110

  2. Adenine Thymine Guanine Cytosine http://upload.wikimedia.org/wikipedia/commons/e/e4/DNA_chemical_structure.svg

  3. A set of three bases are 
used to create an amino 
acid. A set of amino acids are 
used to create proteins.

  4. C - Red G - Green A - White T - Black

  5. Fill in the complimentary strand: T G G C C T A T G C C C

  6. Which amino acids was that code for?

  7. What type of 
mutation is this? substitution Fill in the complimentary strand: A A A C C T G A C A T G

  8. What type of 
mutation is this? insertion Fill in the complimentary strand: T G G A A A A C C T G A A

  9. What type of 
mutation is this? deletion Fill in the complimentary strand: C C C T G A A A A T G

  10. If this were DNA, what would the 
mutation be? THE IGR EDC ATA TET HEB IGB ADR AT

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