1
Q

Population

A

Group of organisms of same species occupying particular space at particular time than can potentially interbreed

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2
Q

Gene pool

A

Total of all alleles of all genes of all individuals in population at particular time

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3
Q

Allele frequency

A

Number of times an allele occurs in gene pool

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4
Q

Equation for allele frequency of single gene in population

A

p + q = 1
p = frequency of dominant allele
q = frequency of recessive allele

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5
Q

Issue with p + q = 1

A

Must know which individuals homozygous / heterozygous

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6
Q

Hardy Weinberg equation

A

p2 + 2pq + q2 = 1
p = frequency of dominant allele
p2 = homozygous dominant
q = frequency of recessive allele
q2 = homozygous recessive
2pq = heterozygous dominant

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7
Q

Hardy Weinberg assumptions

A

No mutations
Population isolated
No selection pressure
Population large
Mating random

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8
Q

Carriers

A

Have allele but not trait

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9
Q

Which equation should you use?

A

Tell you heterozygous = allele frequency
Don’t know = Hardy Weinberg

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