The homologous chromosomes move towards the opposite poles during

The separated homologous chromosomes of a pair move towards opposite poles during

The movement of homologous chromosomes toward the opposite poles occur by the contraction of spindle fibres during

Chromosomes move towards the pole during

Chromosomes move towards the pole during

The movement of homologous chromosomes toward the opposite poles occur by the contraction of spindle fibres during (a) Anaphase (b) Anaphase-I (c) Anaphase-II (d) Metaphase

A : Anaphase-I is actual phase of reduction in number of chromosomes. R : Homologous chromosomes move to the opposite poles with both their chromatids.

A : Anaphase-I is actual phase of reduction in number of chromosomes. R : Homologous chromosomes move to the opposite poles with both their chromatids.

What is correct sequence of the steps given here? Also work out the process depicted in the step: (i)Homologous chromosomes move towards opposite poles of the cell, chromatids donot separate (ii)Chromosomes gather together at the two poles of the cell and nuclear membranes reformed. (iii)Homologous chromosomes pair and exchange segments (iv)Homologous chromosomes align on a central plate (v)The haploid cells separate completely

During cell division, the splitted chromosomes move towards opposite poles due to

What is the correct sequence of the steps given here? Also work out the process depicted in the steps (i) Homologous chromosomes move forward opposite poles of the cell: chromatids do not separte II. Chromosomes gather together at the two poles of the cell and the nuclear membranes reform III. Homologous chromosomes pair and exchange segments IV. Homologous chromosomes allign on a central plate V. the haploid cells separte completely .