Mendelian Inheritance Flashcards

1
Q

theories on inheritance established before Mendel’s theory

A

preformation theory
theory of Pengenes
the blending hypothesis
particulate hypothesis

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2
Q

branch of biology that is defined as the “study of heredity and variation”

A

Genetics

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3
Q

origin of the term genetics

A

gene

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4
Q

genes

A

segments of DNA

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5
Q

study of genes

A

genetics

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6
Q

father of modern genetics

A

Gregor Mendel

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7
Q

year Mendel’s experiment was established

A

1860

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8
Q

Mendel’s occupation

A

Augustinian Monk

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9
Q

Creator of the Punnett Square

A

Reginald Punnett

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10
Q

University Mendel went to

A

University of Vienna (1851)

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11
Q

influence of Mendel’s scientific thought process

A

physicist Christian Doppler
and
botanist Franz Unger

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12
Q

Type of analysis mendel used

A

quantitative data
analysis

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13
Q

plant Mendel worked with

A

Pisum sativum (pea)

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14
Q

plant exhibiting both male and
female reproductive organs

A

monoecious plant

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15
Q

year of mendel’s first hybridization experiment

A

1856

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16
Q

amount of pairs which traits
Mendel investigated

17
Q

variant for a character

18
Q

offspring produced in many generations through self-fertilization are identical.

A

true-breeding

19
Q

Name of Mendel’s experiment

A

simplest hybridization experiment

20
Q

generation of the original parents

A

Parental (P) Generation

21
Q

generation of offspring of original parents

A

First Filial (F_1) Generation

22
Q

generation of offspring of the first filial generation

A

Second Filial (F_2) Generation

23
Q

trait that always shows up

24
Q

trait that is masked

25
Alternative version of a gene
Allele
26
two alleles for a heritable character segregate and end up in different gametes
Law of Segregation
27
pair of chromosomes with the same gene sequence in the same location
Homologous chromosome
28
observable appearance of a trait
Phenotype
29
allelic combination underlying phenotypes; represented by symbols
Genotype
30
pair of alleles for a character are identical
Homozygous
31
alleles for a character are different;
Heterozygous
32
diagrammatic device used for predicting the allele composition of offspring from a cross
Punnett square
33
cross between individuals that are heterozygous for a single character or gene
monohybrid cross
34
XX
homozygous dominant
35
xx
homozygous recessive
36
Xx
heterozygous
37
two alleles for a heritable character assort independently
Law of Independent Assortment
38
cross between individuals that are heterozygous for both characters
dihybrid