DNA and RNA Study Set Flashcards

1
Q

Hershey and Chase

A

1952, confirmed DNA was the genetic material in viruses

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2
Q

Avery

A

1940, concluded that DNA is the information that caused transformation

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3
Q

Griffith

A

1928, showed that information can be passed from dead bacteria to live bacteria (transformation)

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4
Q

Transformation

A
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5
Q

Watson and Crick

A

1953, discovered the structure of DNA, double-helix

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6
Q

Rosalind Franklin

A

1953, confirmed DNA structure by using X-Ray diffraction

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7
Q

Structure of DNA

A

double helix, spiral staircase

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8
Q

Nucleotide

A
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9
Q

3 parts of a nucleotide

A

sugar, posphate, and nitrogen base

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10
Q

4 nitrogenous bases in DNA

A

adenine, guanine, cytosine, and thymine

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11
Q

Chargaff’s Rule

A

A pairs with T and G pairs with C

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12
Q

Bond that holds nitrogen bases together

A

hydrogen bonds

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13
Q

Forms the sides of DNA

A

sugar and phosphate (nucleotides), held together by covalent bonds

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14
Q

Bond that holds the sides of DNA together

A

covalent bonds

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15
Q

Complementary Bases

A

Adenine and Thymine, Guanine and Cytosine

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16
Q

DNA replication

A

process of using DNA to make more DNA (1/2 old, 1/2 new)

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17
Q

Steps in replication

A
  1. DNA helicase helps DNA unwind. 2. DNA polymerase adds the correct nucleotides to DNA. 3. Continues until there are 2 new strands of DNA
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18
Q

Helicase

A

helps DNA unwind

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19
Q

DNA polymerase

A

adds the correct nucleotides to DNA

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20
Q

Where is DNA found

A
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21
Q

What is the sugar in DNA

A

deoxyribose

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22
Q

What does DNA stand for

A

deoxy ribonucleic acid

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23
Q

Semi-conservative

A
24
Q

What does RNA stand for

A

ribonucleic acid

25
Q

What is the sugar in RNA

A

ribose

26
Q

4 nitrogen bases in RNA

A

Adenine, Guanine, Cytosine, Uracil

27
Q

Differences between RNA and DNA

A

sugars are different: RNA- ribose DNA- deoxyribose, RNA- single stranded DNA- double stranded, DNA- thymine RNA- uracil

28
Q

3 types of RNA

A

mRNA, tRNA, and rRNA

29
Q

mRNA

A

messenger RNA, carries the directions for making proteins from nucleus to ribosomes

30
Q

tRNA

A

transfer RNA, transfers amino acids to ribosomes to make proteins

31
Q

rRNA

A

ribosomal RNA, found on ribosomes and helps assemble proteins

32
Q

Transcription

A

using DNA to make RNA

33
Q

Steps in transcription

A
34
Q

RNA polymerase

A
35
Q

Codon

A
36
Q

Anticodon

A
37
Q

Promoter

A
38
Q

Terminal signal

A
39
Q

Translation

A
40
Q

Where does transcription occur

A
41
Q

Site of protein synthesis

A
42
Q

Steps in translation

A
43
Q

Know how to write a complementary strand of DNA

A
44
Q

Know how to determine which amino acid it is

A
45
Q

Know how to write mRNA code from DNA

A
46
Q

Know how to write tRNA code from mRNA

A
47
Q

Genome

A
48
Q

Mutation

A
49
Q

Gene mutation

A
50
Q

Point mutation

A
51
Q

Frameshift mutation

A
52
Q

Chromosome mutation

A
53
Q

Inversion

A
54
Q

Translocation

A
55
Q

Deletion

A
56
Q

Duplication

A