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Dna Jewelry Model

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This document describes the structure of DNA using colored beads to represent nucleotides. Green, red, purple, and blue beads stand for cytosine, thymine, adenine, and guanine respectively. Black beads represent phosphate groups and clear beads represent the deoxyribose sugar. The beads are arranged in a helical structure with base pairs - cytosine paired with guanine and adenine paired with thymine. Twelve base pairs make one full twist of the DNA double helix.

http://www.indiana.edu/~ensiweb/connections/genetics/beadproject/tpage.html

G = Blue C = Green T = Red A = Purple Phosphate= black Deoxyribose Sugar= clear Purple clear black

C = Green Deoxyribose Sugar= clear Phosphate= black A = Purple T = Red Deoxyribose Sugar= clear Phosphate= black Deoxyribose Sugar= clear G = Blue Deoxyribose=clear 24

clear clear

black clear

black

Twelve base pairs make a nice single twist of the double helix.

the black

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Dna Jewelry Model

1. http://www.indiana.edu/~ensiweb/connections/genetics/beadproject/tpage.html

2. G = Blue C = Green T = Red A = Purple Phosphate= black Deoxyribose Sugar= clear Purple clear black

3. C = Green Deoxyribose Sugar= clear Phosphate= black A = Purple T = Red Deoxyribose Sugar= clear Phosphate= black Deoxyribose Sugar= clear G = Blue Deoxyribose=clear 24

9. Twelve base pairs make a nice single twist of the double helix.