GENETIC VARIATION Flashcards

1
Q

refers to the diversity within a species.

A

Genetic Diversity

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2
Q

refers to the diversity within a species.

A

Genetic Diversity

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3
Q

The greater the genetic diversity, the higher is the chance of a long-ferm survival.

A

Genetic Diversity

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4
Q

The differences between the genes of each individual and the differences between genes of the different populations are termed as

A

Genetic Variation

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5
Q

The number of times at which the common gene appears in everyone within a population is called

A

Gene/Genetic Frequency

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6
Q

refers to how common a specific gene is in a group of specie within a specific area.

A

gene frequency

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7
Q

Any change in the gene frequency of a species or population is

A

Evolution

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8
Q

is the change in the genetic materials of organisms, it is a change manifested in their traits. It is also a change that started deep within the cells of individuals, in their genes, in their DNA, in their chromosomes.

A

Evolution

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9
Q

is a change in the
genetic composition of a population over successive generations.

A

Evolution

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10
Q

This is also termed as selective breeding.

A

Artificial Selection

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11
Q

It is the process which is also known as “Survival of the Fittest.”

A

Natural Selection

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12
Q

is a process in nature through which living organisms adapt and change in response to an environmental condition.

A

natural selection

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13
Q

involves an organism looking like another species,

A

mimicry

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14
Q

involves an organism blending into its environment.

A

camouflage

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15
Q

This occurs when a group or individual specie migrated from one place to another affecting the gene pool of the place that they left and the place where they arrive.

A

Gene Flow/Migration

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16
Q

is a mechanism that may bring change to the gene frequency in a population because of “chance” events.

A

Genetic Drift

17
Q

It is a result of an incident or accident which may have brought significant and palpable change to the gene frequency or common traits in a given population.

A

Genetic drift

18
Q

regular cell

A

somatic mutation

19
Q

regular cell

A

somatic mutation

20
Q

sex cells

A

germline mutation

21
Q

It occurs when some species choose a partner with preferred characteristics.

A

Non-Random Mating

22
Q

is life’s way of bringing variety in similarity. It occurs during meiosis, the cell replication process used for reproduction.

A

recombination

23
Q

is a change in the DNA sequence of an organism.

24
Q

can be caused by errors in DNA replication, exposure to mutagens, or viral infections.

25
Q

is when-mutation takes place in the somatic cells or regular cells of the organisms; hence will not be replicated during meiosis.

A

Somatic Mutation

26
Q

The Mutation on the sex cells or gametes is the only type of mutation that may affect the gene frequency of a population in the long run, this is called a

A

germlin mutation