Question

Explain the stages of Mitosis

Answer 1

HEY MATE 【◆◆◆◆◆】【●●●●●】_---------

✔️✔️ Interphase; Prophase; Metaphase; Anaphase; Telophase;

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Answer 2

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here is ur answer .. dear

different stages of mitosis are

These stages are prophase, prometaphase, metaphase, anaphase, and telophase. During mitosis, the chromosomes, which have already duplicated, condense and attach to spindle fibers that pull one copy of each chromosome to opposite sides of the cell.

and there respective explanation is given below...

Interphase (inter = in between): the interphase is the longste lasting stage of the cell cycle. Interphase is considered as the phase during which cells conduct their "normal" cellular functions, i.e. take up nutrients, grow, read DNA and produce proteins, and prepare themselves for the mitosis, in particular by replicating their DNA.

Prophase (pro = before): the preparative phase. This is the first stage of mitosis. The chromosomes begin to spiralize and the nuclear membrane and nuclear bodies (nucleoli = place in the nucleus active in the synthesis of ribosomes) disappear. The centrosomes (consisting each of a pair of centrioles - only in animal cells) that have been duplicated during the G2-phase separate now. All chromosomes become visible and consist now of two chromatids that are joined together at the centromere. Photographs of early, mid and late prophase stage.

Metaphase (meta = mid): the middle phase. At metaphase all chromosomes are completely spiralized and move to the middle of the cell (equatorial plane; see micrographs (made by Dilixiati Hasimu)of a polar and side view of metaphase in a Solanacea). A spindle of microtubules (thread-like structures made of tubulin polymers) is formed from pole to pole (from the centrioles in animal cells) and from pole to centromere. (view of prometaphase, metaphase and late metaphase in Bellevalia)

Anaphase (ana = upper): the separation phase. The two chromatids of each chromosome are pulled apart by the microtubules attached to the kinetochore (= a specialized area of the centromere) in the direction of the opposite poles. Each single chromatid can be regarded as the new chromosome from now on. (view of early anaphase and mid anaphase in Bellevalia)

Telophase (telos = end): the final phase. This is the conclusion of nuclear division. The spindle disappears, the chromosomes despiralize, a new nuclear envelop is formed and the new nucleoli are visible (view of early telophase and telophase in Bellevalia)

Cytokinesis (kytos = hollow vessel = cell, and kinesis = movement): the two daughter cells become independent. During cytokinesis (example in Bellevalia) that follows up the actual mitosis, the cytoplasm of the daughter cells is divided by a cell membrane (and in plants also a cell wall) in two single compartments. In animal cells the separation of the new cells involves a cleavage furrow that pinches the cell membrane. In plants, this process is characterized by the formation and growth of a cell plate (example in Solanumsp.) that expands from the space between the two daughter nuclei towards the cell periphery. Sometimes remants of the spindle (phragmoplast) are involved in the attachment of this new wall. 

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