Mitosis
Genetic Diversity
Genetic Dominance
Inheritance
Evolution
100

This process ends with 2 genetically identical daughter cells

Mitosis

100

This occurs during the Prophase I of Meiosis, swapping pieces of DNA on the same # chromosome

Genetic Recombination/ Crossing Over

100

When the presence of 1 or 2 dominant allele results in the same dominant phenotype.

Simple dominance

100

A gene that is X-linked recessive will show symptoms if present in a male. From which parent did he inherit this allele?

Mother

100

This is a group of organisms that can interbreed and live in the same location at the same time.

Population

200

This process ends with 4 genetically unique daughter cells.

Meiosis

200

This is a benefit of sexual reproduction, leading to redundancy of chromosomes

2 copies of each gene

200

When the presence of 2 different dominant alleles results in each dominant phenotype at the same time, unchanged by the other's presence

Codominance

200

This is a way in which genetic diversity can be decreased in a population (several correct)

Genetic drift, founder effect, genetic bottleneck, inbreeding

200

This type of selection selects against the average (middle) trait and selects for both of the most extreme versions of the trait

Disruptive

300

Through mitosis, a diploid parent produces ___ (ploid) daughter cells.

Diploid

300

This results from sexual reproduction, the combination of genetics from separate individuals

Fertilization

300

When 2 dominant alleles produce an intermediate phenotype, different from homozygous conditions.

Incomplete dominance

300

Likelihood of being a carrier for a recessive autosomal disease is 1 in 1000. Probability of 2 randomly selected parents being carriers is __.

1 in 1,000,000

300

This type of evolution occurs when closely related species develop two different variants of the same trait

Divergent

400

Through meiosis, a diploid parent produces ___ (ploid) daughter cells.

Haploid

400

During meiosis metaphase I, either maternal or paternal chromosomes of each pair will separate into each new cell.

Independent Assortment

400

When there are more than 2 alleles for one gene (ex. blood type)

Polymorphism or multiple alleles

400

Likelihood of being a carrier for a recessive autosomal disease is 1 in 1000. 2 known carriers reproduce. Their 1st offspring is a carrier. The probability of their 2nd offspring having symptoms of this disease is __.

1 in 4

400

This is a species role in its habitat.

Niche

500

T/F: Cancer cells cause problems for individuals because they limit cell division and result in early cell death.

False

500

This is the name of the cell formed after combination of sperm and egg.

Zygote

500

One phenotype trait is coded for by multiple genes (ex. skin color, height, metabolism)

Polygenetic inheritance

500

T/F: All past and present alleles of a population make up its gene pool.

False

500

Name an organism introduced to North America by humans

Ring-necked pheasants, cane toads, Russian olive, cats, kudzu, buckthorn, starlings, house sparrows

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