Gene pool is referred to

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6.Evolution

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Gene pool is referred to

the genetic drift caused in a population

aggregate of all genes and their alleles in a population.

deletion of non essential genes.

induce cell division

(AIIMS-2009)

Solution

Gene pool is the sum total of genes and their alleles in the reproductive gametes of a population. The gene pool is transferred from one generation to the other using gametes from genetic pool. These gametes will form zygotes of next generation. Gene pool of a population will consist of a large number of genes which vary in their frequencies.

Standard 12

Biology

Which is the most common mechanism of genetic variation in the population of a sexually reproducing organism ?

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(NEET-2015)

In a random mating population in equilibrium, which of the following brings about a change in gene frequency in non-directional manner?

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The frequency of an allele in an isolated population may change due to

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The natural selection that acts against change in the form and keeps the population constant through the time is

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Factor affecting the Hardy-Weinberg principlesare

$(I)$ Gene flow ;

$(II)$ Genetic drift

$(III)$ Mutation

$(IV)$ Genetic recombination

$(V)$ Natural selection

The correct combination is

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Gene pool is referred to

Solution

Similar Questions

Which is the most common mechanism of genetic variation in the population of a sexually reproducing organism ?

In a random mating population in equilibrium, which of the following brings about a change in gene frequency in non-directional manner?

The frequency of an allele in an isolated population may change due to

The natural selection that acts against change in the form and keeps the population constant through the time is

Factor affecting the Hardy-Weinberg principlesare $(I)$ Gene flow ; $(II)$ Genetic drift $(III)$ Mutation $(IV)$ Genetic recombination $(V)$ Natural selection The correct combination is

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Factor affecting the Hardy-Weinberg principlesare

$(I)$ Gene flow ;

$(II)$ Genetic drift

$(III)$ Mutation

$(IV)$ Genetic recombination

$(V)$ Natural selection

The correct combination is