Definitions
Who does this?
What stage?
What parts?
Replication Math
100

Binary Fission

The origins of the two newly replicated chromosomes move away from each other and toward opposite ends of the cell

100

Process of binary fission

Prokaryotes

100

Replication


S stage

100

Interphase

G1, S, G2

100

2n=12

n=____ types

6

200

n stands for

The different types of chromosomes

200

Gives homologous chromosomes

1 male parent and 1 female parent

200

Cell growth, normal functions


G1 stage

200

Checkpoints

G1/s, G2/M, and spindle assembly

200

3n=18

n=____ types; # distinct chromosomes

6; 12

300

Diploid

Having two sets of chromosomes

300
Mitosis

Eukaryotes

300

Yields two identical diploid daughter cells

M stage

300

Binary fission

Replication of DNA, separation of replicated chromosomes to sides, and cell division

300

2n=44

How much DNA?

8

400

Sister chromatids

Two copies of a chromosome that are held together by the centromere

400

Makes sure cell is not damaged and checks for growth factors

G1/s checkpoint

400

Cell prepares for division


G2 stage

400

Cellular reproduction

Prokaryotes and eukaryotes

400

3n=18

n=___ types; total chromosomes

6; 18

500

Homologous Chromosomes

Two chromosomes that carry the same set of hereditary characteristics

500

Meiosis

Eukaryotes

500
Where cells function and no division occurs; many cells never enter this stage

G0 stage

500

Mitosis

DNA replication, sister chromatids separate, and cell divides

500

2n=44

# homologous chromosomes

2

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