Biol 151 Exam 4 Meeting 33 Flashcards

1
Q

__________ allows for monitoring autosomal, sex-linked, and mendelian traits

A

Pedigree analysis

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2
Q

Pedigree analysis allows for monitoring ___________, ____________, and ________________

A

autosomal
sex-linked
mendelian traits

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3
Q

Pedigree analysis of _______________ shows that the trait can skip many generations and appear when both parents are carriers of the recessive allele

A

autosomal recessive traits

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4
Q

Pedigree analysis of autosomal recessive traits shows that the trait can ______________ and _____________

A

skip many generations
appear when both parents are carriers of recessive allele

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5
Q

Punnett square for monohybrid cross determines the probability of ____________ and ____________

A

phenotype and genotype

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6
Q

Punnett square for _____________ determines the probability of phenotype and genotype

A

monohybrid cross

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7
Q

___________ states that DNA is the genetic material that can be replicated (cell division) or __________ as mRNA

A

central dogma
transcribed

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8
Q

________ is translated into proteins

A

mRNA

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9
Q

central dogma states that DNA is the ______________ that can be _________ (cell division) or transcribed as mRNA

A

genetic material
replicated

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10
Q

mRNA is translated into __________

A

proteins

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11
Q

Hershey and Chase’s experiment with radioactively labeled ____ and ______ showed that DNA is ______________

A

32-P
35-S
DNA is hereditary

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12
Q

___________________’s experiment with radioactively labeled 32-P and 35-S showed that DNA is hereditary

A

Hershey and Chase

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13
Q

Meselson and Stahl’s experiments with ______ and _____ showed that DNA replication is _______________

A

14-N
15-N
semiconservative

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14
Q

________________’s experiments with 14-N and 15-N showed that DNA replication is semi-conservative

A

Meselson and Stahl

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15
Q

The two strands serve as a _____________ during replication

A

template

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16
Q

The _____________ serves as a template during replication

A

two strands

17
Q

the two strands serve as a template during __________

A

replication

18
Q

______________ creates phosphodiester bonds between the ___________ nucleotides in 5’ to 3’ direction

A

DNA polymerase
sequential

19
Q

DNA polymerase creates phosphodiester bonds between the sequential __________ in __________

A

nucleotides
5’ to 3’ direction

20
Q

DNA polymerase creates ______________ between the sequential nucleotides in 5’ to 3’ direction

A

phosphodiester

21
Q

DNA polymerase uses the “__________” strand to determine which nucleotide to add next

A

parent (old)

22
Q

DNA polymerase uses “parent (old) strand to determine which _________________

A

nucleotide to add next

23
Q

_____________ proceeds in a 5’ to 3’ direction, creating a ___________ and ___________ strand

A

DNA Replication Fork
leading
lagging

24
Q

DNA replication fork proceeds in _________ direction, creating leading and lagging strand

A

5’ to 3’

25
Q

DNA replication fork forms as the _________________

A

leading leading strand is synthesized

26
Q

_______________ forms as the leading strand is synthesized

A

DNA replication fork

27
Q
A