Biology, asked by akshaybhardwaj987154, 3 months ago

Golgi complex and endoplasmic
reticulum cannot be seen during
late telophase
late prophase
early anaphase
late metaphase​


tweety2005: Prophase is the most elaborate stage of cell division. Prophase is the longest of karyokinesis. In early prophase, chromatin condenses. In mid prophase, chromosomes shorten and become distinct with each having two chromatids attached to a narrow point called centromere. In late prophase, the centrosomes reach the poles, form asters and begin to develop spindle fibers. Endoplasmic reticulum and nucleolus along with major cell organelles degenerate.

So, the correct answer is option B.

Answers

Answered by govardhanreddy627
3

Answer:

hope it will help you.

Explanation:

Golgi complex and endoplasmic

reticulum cannot be seen during late prophase.

Answered by brokendreams
0

Golgi complex and endoplasmic reticulum cannot be seen during late prophase

Definition of Mitosis

Mitosis is the type of cell division occuring in the somatic cell. It is also called equational division. It has four phases in it.

  • Prophase: In the prophase, the nuclear membrane starts disappearing. In the late prophase, all the organelles start disappearing and the centrioles move towards the opposite poles.
  • Metaphase: In metaphase, the chromatin is highly condensed and the now chromosomes align in the equatorial plane of the cell to the centromere of the chromosome the spindle fibers attach.
  • Anaphase: In anaphase, the spindle fibers pull the chromatids to the opposite poles of the cell. Now the opposite poles have an equal set of chromosomes.
  • Telophase: In the telophase, the chromosomes start de-condensing to chromatins. in the late telophase, the organelles and the nuclear membrane start reappearing. cytokinesis takes place.

Hence, mitosis results in 2 daughter cells having an equal number of chromosomes. Also as many chromosomes in the parental cells.

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