PUNNETT SQUARE Flashcards

1
Q

Punnett square is developed by _________ to describe the possible genetic combinations of a certain breeding experiment

A

Reginal Punnett

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2
Q

Device use to examine the genotypical outcome probabilities of an offspring

A

Punnett Square

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3
Q

heterozygous brown crossed with dad homozygous white

A

Mom

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4
Q

Genes and alleles are segregated from each other

A

Law of Segregation of Mendel

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5
Q

Controlled genes or traits crosses

A

Breeding experiment

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6
Q

homozygous parents

A

P generation

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7
Q

hybrids

A

F1 generation

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8
Q

A genetic cross involving a single pair of genes (one trait)

A

Monohybrid cross

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9
Q

allele for tall (dominant)

A

T

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10
Q

Allele for dwarf (recessive)

A

t

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11
Q

homozygous tall plant

A

TT

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12
Q

homozygous dwarf plant

A

tt

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13
Q

parentals true breeding, homozygous plants

A

P

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14
Q

ratio of possible gene combinations

A

Genotypic ratio

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15
Q

possible phenotypes expressed by offspring

A

Phenotypic ratio

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16
Q

self-fertilize F1 generation

A

F2 generation

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17
Q

9:3:3:1

A

Phenotypic Ratio

18
Q

copying DNA to be passed down from parent cell to daughter

A

Replication

19
Q

variation of gene

A

Allele

20
Q

_________ is a protein coded by the Ras gene

A

Ras mutation

21
Q

a mutation whose gene product negatively affects the biochemical activity of the normal product within the same cell

A

Dominant negative

22
Q

A mutation that confers new or enhanced activity on a protein

A

Gain of function

23
Q

Dominant alleles usually code for proteins that are expressed

A

Simple dominance

24
Q

always and absolutely active throughout cell cycle

A

Consecutively active

25
Q

The dominant alleles are both expressed, but they are segregated from each other in which areas they are expressed

A

Codominance

26
Q

The dominant allele does not completely mask the effects of the recessive allele

A

Incomplete dominance

27
Q

Interaction of nonallelic genes in the formation of the phenotype

A

EPISTASIS

28
Q

different location in the chromosome

A

Nonallelic genes

29
Q

gene that can affect the expression of another gene

A

Epistatic

30
Q

Occurs when the recessive allele of one gene masks the
effects of either allele of the second gene

A

Recessive Epistasis

31
Q

also known as Duplicate Gene Action

A

Duplicate Dominant Epistasis

32
Q

Also known as Complementary Gene Action

A

Duplicate Recessive Epistasis

33
Q

The presence of both the dominant alleles of different gene
loci forms a new phenotype

A

Duplicate Genes with Cumulative Effect

34
Q

Also known as Dominant Inhibitory Epistasis

A

Dominant Recessive Interaction

35
Q

Easiest type of Punnett square

A

MONOHYBRID CROSS

36
Q

Mating that involve parents that differ in two genes independent traits

A

Dihybrid Crosses

37
Q

Copying DNA to be passed down from parent parent cell to daughter

A

REPLICATION

38
Q

Is the key to life; makes living possible

A

CENTRAL DOGMA

39
Q

Variation of gene

A

ALLELE

40
Q

Usually do not code for proteins

A

RECESSIVE ALLELES