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

A

7

17
Q

variant for a character

A

Trait

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

A

Dominant

24
Q

trait that is masked

A

Recessive

25
Q

Alternative version of a gene

A

Allele

26
Q

two alleles for a heritable character segregate and end up in different gametes

A

Law of Segregation

27
Q

pair of chromosomes with the same gene sequence in the same location

A

Homologous chromosome

28
Q

observable appearance of a trait

A

Phenotype

29
Q

allelic combination underlying phenotypes; represented by symbols

A

Genotype

30
Q

pair of alleles for a character are identical

A

Homozygous

31
Q

alleles for a character are different;

A

Heterozygous

32
Q

diagrammatic device used for predicting the allele composition of offspring from a cross

A

Punnett square

33
Q

cross between individuals that are heterozygous for a single
character or gene

A

monohybrid cross

34
Q

XX

A

homozygous dominant

35
Q

xx

A

homozygous recessive

36
Q

Xx

A

heterozygous

37
Q

two alleles for a heritable character assort independently

A

Law of Independent Assortment

38
Q

cross between individuals that are heterozygous for both characters

A

dihybrid