Ignore the points on side
1
G1, S, G2
6
A cell containing two homologous sets of chromosomes
11
Aids in duplication of DNA, holds DNA, and present in interphase
16
Hold the cell together
23
Both have centrosomes at opposite sides of the cell and mitotic spindle separating something and holding the cell together. Metaphase I involves one cell while Metaphase II involves two. Metaphase I separates homologous chromosomes and metaphase II separates sister chromatids.
2
Haploid Daughter
7
Prophase I
12
Meiosis II
17
Protein
24
Sister chromatids
3
Anaphase I
8
The division of the cytoplasm to form two separate daughters cells
13
Metaphase I and II
18
The nuclear envelope is fragmented, centrosomes move apart, and mitotic spindles begin forming
25
In anaphase II, mitotic spindles separate sister chromatids with centrosomes at opposite sides of cells
4
Two chromosomes in a cell that match up because they are the same length, have the same centromere position, and have genes at corresponding loci
9
Sister Chromatids
14
The nuclear envelope becomes fragmented, homologous chromosomes crossover, centrosomes spread apart, and mitotic spindles begin to form
19
Anaphase II
21
Telophase I and II
5
Interphase
10
Protein used to bind sister chromatids
15
DNA is in the form of chromatids instead of sister chromatids and telophase II involves the creation of four not two cells
20
Hold everything in place and get divide right after
22
Prophase I