Meiosis
Genetics
Random
Mendelian Genetics
Mitosis and Meiosis
100

Segments of DNA found as "bands" on chromosomes

genes

100

A trait that shows up in a generation, even if another is present

dominant

100

when two haploid gametes combine forming a diploid cell

fertilization

100

outward expression of allele pairs, an observable trait

phenotype

100

The main purpose of meiosis is to produce

gametes

200

Process where chromosome segments (arms) are exchanged in prophase I

crossing over

200

An organism's pair of alleles.  

genotype

200

studying how traits are passed from parents to offspring is this field of science

genetics

200

heterozygous offspring formed from the reproduction of homozygous dominant and recessive parents

hybrids

200

Mitosis results in diploid cells, while meiosis produces haploid cells. This is a difference in

chromosome number

300

The type of cells formed at the end of meiosis

gametes/haploids

300

states that two alleles for each trait separate during mitosis and unite during fertilization

Law of segregation

300

T is dominant and t is recessive. State the homozygous genotypes. (Say the letter combos)

TT and tt

300

crossing over occurs during this phase of meiosis

prophase I

300

How is the splitting of chromosomes in meiosis different from mitosis? (specifically in metaphase and anaphase)

There are 2 chromosomes splitting instead of one splitting in half

400

Cells that have half the number of chromosomes (n)

haploid

400

Alternative forms of a gene are passed from generation to generation.

alleles

400

Cells that contain two sets of chromosomes (2n)

diploid

400

Genes that are taken over by the dominant genes are called

Recessive
400

Which phase is the same in mitosis and meiosis?

Interphase