Answer:
The following
contrasting differences reveals that telophase is reverse of prophase, in cell division
Prophase
Telophase
I'st stage of (karyokinesis)
in cell division,
Viscosity of cytoplasm
increases.
Last stage of karyokinesis in
cell diveision.
Viscodity of cytoplasm
deereses.
The indistinct and interind
DNA condense to form elongated chromosomes.
Chromosome groups reorganise
themselves into nuclei.
The chromatin disappears and
chromosome fibres get shortened and thickened.
Chromosomes elongate and
overlap each other to form chromatin.
Spindle fibres appears
(awards the poles from the centriole connected in animals with astral rays
and in plants without asters Nudeolus degenerate completely.
Spindle fibres disappear
around the poles. Astral rays also disappear in plants.
Cell organelles such as ER,
Golgi complex disorganise, and difference between cytoplasm and nucleoplasm
disappears.
Nuclear envelope appears and
two daughter nuclei are formed at the poles.
Cell organelles, i.e., ER and
Golgi complex are reformed in the cell. Nucleoplasm also appears in the
chromatin area. Making it distinct from rest of cytoplasmic area.
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