This document describes the process of cell division through mitosis and meiosis. It explains that mitosis produces identical daughter cells through the phases of prophase, metaphase, anaphase and telophase. Meiosis produces gametes through two divisions, resulting in four haploid cells. The first division separates the homologous chromosomes, while the second separates sister chromatids. Together, mitosis and meiosis allow for cell growth and reproduction.

5. G1 GAP
The cell
grows and
function
normally
and all cell
duplicate

6. Synthetis
Phase
The dna
duplicatesan
d double the
no. of
choromoso
mes

7. G2 GAP
mitochondr
ia double
and
enzymes
produced
needed for
division

8. Mitotic
phaseThe cell is actually divides to make
more cells needed by our body
Has two steps which is mitosis and
Cytokinesis

9. MITOSIS
The produces
identical couples of
cell.
It is actually part of
the cell cycle which
nucleus of ell divide.
It has section,
prophase,
metaphase,
anaphase, and
telophase.

10. PROPHASE
During prophase the
chromosome condenses
and become visible
appearing two sister
chromatids.
They are held together
in centromere,
centrioles migrate from
opposite poles
estabilishing a bridge of
microtubes the nuclear

11. METAPHASE
During
metaphase all
chromosome are
aligned at the
middle called
equatorial plate
or metaphase
plate.

12. ANAPHASE
During anaphase the
chromosome in metaphase
plate are pull in opposie
direction.

13. TELEPHASE
At telapahase a
cleavage forrow
turns in the center
of the cell.
Chromosomes
cluster and begin
decondensing as the
nuclear envelope
reforms.

14. CYTOKENESIS
Part of mitotic
phase where it
completes the cell
division by
extending the
cleavage furrow to
complete separate
the daughter cells.

15. MITOTIC PHASE FINISHED

16. MEIOSIS

17. MEIOSIS
Is a process which haploid cell are produce
forms a diploid cell. Chromosomes must
be correctly sorted and distributed in a
manner to create genetically unique cells.
It is occurs in special cell two round
division are necessary they are called
meosis 1 and meosis 2.it is also similar to
the mitosis but they are some
dissimilarities between them.

18. INTERPHASE
Like metosis,
meosis also
under go
interphase.
The G1, S,
And the G2

19. G1 IN MEOSIS
G1 GAP
The cell grows
and function
normally and
all cell
duplicate

20. SYNTHETIC PHASE
SYNTHETIC
PHASE
DNA
replicated
producing two
chromosome,
centrioles and
duplicate.

21. G2 IN MEOSIS
G2
mitochondria
double and
enzymes
produced
needed for
division

22. MITOTIC PHASE
The cells are
dividing to make
more cells neede
by our body. Like
mitosis it has
mitosis and
Cytokenesis but
the process of
mitosis is two, the
meosis I and

23. PROPHASE 1
When homologous pair
of sister chromatids lai
side by side forming a
tretrad process called
synapsis. Crossover
also occurred in
prophase 1 which the
physical change
between chromosomes
segments of non sister

24. PRO METAPHASE 1
The meotic spindle is
fully from the sister
chromatids is
attached to the
spindle fibers by
kinetochores of each
one because of cross
over unlike in
mitosis the fibers is

25. METAPHASE 1
During the
metaphase
1bavialnts
randomly
independent
assortment align
in metaphase
plate.

26. ANAPHASE 1
During anaphase 1
the Chromosomes
separate and move
toward opposite
poles.

27. TELAPHASE 1
During the
telpahase the
chromosomes
decondense and
the nuclear
envelope reforms.

28. CYTOKINESIS
Two daughter cell
separated by
cleavage durrows
and separate
cytoplasmic material

29. PROPHASE 2
The sister
chromatids
condenses while the
spindle starts to
form as the nuclear
envelope envelope
disappears.

30. PROMETAPHASE 2
The sister chromatids
attach to the spindle
of by kinetochore
microtubules with
sister chromatids
attached to the
opposite poles but
this time the attach
ment is like in

31. METAPHASE 2
The spindle align
the sister
chromatids along
metaphase plate or
equatorial plate.

32. ANAPHASE 2
The sister chromatids
separate and individual
chromosomes move
toward the poles. The
entire procees end with;

33. TELAPHASE 2
As the chromosome
decondense and the
nuclear envelope
reforms.

34. CYTOKINESIS 2
Cytokinesis
cleavage furrows
separate two
daughter cells
into four haploid
daughter cells

35. The haploid cell specialize anti gametes
either sperm or egg cell. Thses fuse
fertilization to form zygote which will grow
into a child
The child receives half its chromosomes
from mater and its and half from its
father.

36. QUESTION
1. the division of cell?
2. 4 processes of mitosis
3. 2 types of cell Division
Answer
Answer
Answer