1 Nucleic Acid History 2 Nucleic Acid Structure

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Nucleic Acid History 2

Nucleic Acid History 2

Nucleic Acid Structure 3

Nucleic Acid Structure 3

More on Nucleic Acids 4

More on Nucleic Acids 4

RNA 5

RNA 5

Protein Synthesis 6

Protein Synthesis 6

More Protein Synthesis 7

More Protein Synthesis 7

Nucleic Acid History Protein Synthesis More Protein Synthesis $100 $200 $200 Nucleic Acid Structure

Nucleic Acid History Protein Synthesis More Protein Synthesis $100 $200 $200 Nucleic Acid Structure $100 $200 More on Nucleic Acids RNA $300 $300 $400 $400 $500 $500 8

Two scientists that built the first model of DNA structure 9

Two scientists that built the first model of DNA structure 9

Who are Watson & Crick? 10

Who are Watson & Crick? 10

Process described by Frederick Griffith where harmless bacteria take on traits of disease causing

Process described by Frederick Griffith where harmless bacteria take on traits of disease causing bacteria 11

What is transformation? 12

What is transformation? 12

A scientist who, along with others, found that DNA, not protein, is the cell’s

A scientist who, along with others, found that DNA, not protein, is the cell’s genetic material 13

Who is Oswald Avery? 14

Who is Oswald Avery? 14

Two scientists who used radioactive markers to reinforce the idea that DNA is carrying

Two scientists who used radioactive markers to reinforce the idea that DNA is carrying the genetic material of the cell 15

Who are Hershey and Chase? 16

Who are Hershey and Chase? 16

Scientist that studied DNA crystals using x -ray diffraction 17

Scientist that studied DNA crystals using x -ray diffraction 17

Who is Rosalind Franklin? 18

Who is Rosalind Franklin? 18

Five carbon sugar on DNA 19

Five carbon sugar on DNA 19

What is deoxyribose? 20

What is deoxyribose? 20

Double-ringed nitrogenous base 21

Double-ringed nitrogenous base 21

What is a purine? 22

What is a purine? 22

Single-ringed nitrogenous base 23

Single-ringed nitrogenous base 23

What is a pyrimidine? 24

What is a pyrimidine? 24

Nitrogen base that pairs with thymine 25

Nitrogen base that pairs with thymine 25

What is adenine? 26

What is adenine? 26

Nitrogen base that replaces thymine 27

Nitrogen base that replaces thymine 27

What is uracil? 28

What is uracil? 28

Weak bonds that hold nitrogen bases together in base pairing 29

Weak bonds that hold nitrogen bases together in base pairing 29

What are hydrogen bonds? 30

What are hydrogen bonds? 30

Shape of a DNA molecule 31

Shape of a DNA molecule 31

What is a double helix? 32

What is a double helix? 32

Process where DNA makes a copy of itself 33

Process where DNA makes a copy of itself 33

What is replication? 34

What is replication? 34

Enzyme that breaks hydrogen bonds between nitrogen bases in DNA before replication 35

Enzyme that breaks hydrogen bonds between nitrogen bases in DNA before replication 35

What is DNA helicase? 36

What is DNA helicase? 36

Enzyme that binds to each separated DNA strand joins nucleotides to make a complementary

Enzyme that binds to each separated DNA strand joins nucleotides to make a complementary strand of DNA 37

What is DNA polymerase? 38

What is DNA polymerase? 38

Nitrogen found base never on RNA 39

Nitrogen found base never on RNA 39

What is thymine? 40

What is thymine? 40

Five carbon sugar on RNA 41

Five carbon sugar on RNA 41

What is ribose? 42

What is ribose? 42

Type of RNA that copies the genetic code in the nucleus & takes it

Type of RNA that copies the genetic code in the nucleus & takes it to the ribosomes 43

What is m. RNA? 44

What is m. RNA? 44

Type of RNA that joins with proteins to make ribosomes 45

Type of RNA that joins with proteins to make ribosomes 45

What is r. RNA? 46

What is r. RNA? 46

Process where DNA is separated & m. RNA makes a copy of the DNA

Process where DNA is separated & m. RNA makes a copy of the DNA code 47

What is transcription? 48

What is transcription? 48

Main enzyme use in transcription 49

Main enzyme use in transcription 49

What is RNA polymerase? 50

What is RNA polymerase? 50

Process in which the m. RNA code is used to build a polypeptide chain

Process in which the m. RNA code is used to build a polypeptide chain 51

What is translation? 52

What is translation? 52

Location where translation occurs 53

Location where translation occurs 53

What is a ribosome? 54

What is a ribosome? 54

Sequence of three m. RNA nucleotides 55

Sequence of three m. RNA nucleotides 55

What is a codon? 56

What is a codon? 56

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Monomers carried by the t. RNA and used to make a polypeptide 58

Monomers carried by the t. RNA and used to make a polypeptide 58

What are amino acids? 59

What are amino acids? 59

Binding site on DNA for RNA polymerase 60

Binding site on DNA for RNA polymerase 60

What is the promoter? 61

What is the promoter? 61

Sequence of nucleotides on DNA that signals the end of transcription 62

Sequence of nucleotides on DNA that signals the end of transcription 62

What is termination the signal? 63

What is termination the signal? 63

The start codon for translation 64

The start codon for translation 64

What is AUG or methionine? 65

What is AUG or methionine? 65

Complementary to the codon on m. RNA 66

Complementary to the codon on m. RNA 66

What is the anticodon? 67

What is the anticodon? 67

Number sites on of binding ribosomes 68

Number sites on of binding ribosomes 68

What is three? 69

What is three? 69

Final Jeopardy 70

Final Jeopardy 70

Proteins 71

Proteins 71

Only produces proteins that will be used inside the cell 72

Only produces proteins that will be used inside the cell 72

What are free ribosomes in the cytosol? 73

What are free ribosomes in the cytosol? 73