PROPHASE METAPHASE ANAPHASE TELOPHASE
→e-
*"
→⇐
" " " "" ° " " " """
✗µ
p•
chromatid
centromere
Of
Of
§
qq.EE#3-EI--3--z---Y-f-E*-g 0
uh
.
chromosome cytoplasm
µ
two
g.
new
spm.sdu.in, none ,
"" " "
•
→k
008
to p
→
'
The chromatin network is in the
'
The chromosomes lineup at the
form of →k
double-stranded equator of the cell
chromosomes -
The chromatids are pulled apart
Spindle fibres attach to the fibres and to
'
The
spindle fibres disappear
by the spindle
•
move
The A
•
nuclear membrane and centromeres opposite poles nuclear membrane forms around
'
new
of chromatids at each
nucleolus disappear each
group pole
-
A nucleolus forms in each nucleus
The The chromatids unwind to form
•
centrides
'
separate and move a new chromatin
to the opposite poles of the cell network which contains identical material to the
original chromatin network
-
Spindle fibres form
-
THE COMPLETE DIVISION OF THE NUCLEUS
IS NOW COMPLETE
The division of the
cytoplasm
•
now
begins
/
→e-
*"
→⇐
" " " "" ° " " " """
✗µ
p•
chromatid
centromere
Of
Of
§
qq.EE#3-EI--3--z---Y-f-E*-g 0
uh
.
chromosome cytoplasm
µ
two
g.
new
spm.sdu.in, none ,
"" " "
•
→k
008
to p
→
'
The chromatin network is in the
'
The chromosomes lineup at the
form of →k
double-stranded equator of the cell
chromosomes -
The chromatids are pulled apart
Spindle fibres attach to the fibres and to
'
The
spindle fibres disappear
by the spindle
•
move
The A
•
nuclear membrane and centromeres opposite poles nuclear membrane forms around
'
new
of chromatids at each
nucleolus disappear each
group pole
-
A nucleolus forms in each nucleus
The The chromatids unwind to form
•
centrides
'
separate and move a new chromatin
to the opposite poles of the cell network which contains identical material to the
original chromatin network
-
Spindle fibres form
-
THE COMPLETE DIVISION OF THE NUCLEUS
IS NOW COMPLETE
The division of the
cytoplasm
•
now
begins
/
