Diplotene phase of meiosis is also characterised by A. Dissolution of synaptonemal complex. B. Synapsis. C. Appearance of X-shaped structure. D. Complete terminalisation of chiasmata. E. Longest phase of prophase I.

Question

Diplotene phase of meiosis is also characterised by A. Dissolution of synaptonemal complex. B. Synapsis. C. Appearance of X-shaped structure. D. Complete terminalisation of chiasmata. E. Longest phase of prophase I. (A) A, C and D (B) B, C, D and F (C) A and C (D) B, D and E

Tardigrade Admin · Accepted Answer

Diplotene is the 4th stage of prophase-I of meiosis-I. This step is characterized by the dissolution of the synaptonemal complex and appearance of chiasmata which is the X shaped structure. This step takes place after the pachytene stage.
Prophase-I is divided into five stages- leptotene, zygotene, pachytene, diplotene and diakinesis. Synapsis takes place in zygotene stage. Pachytene is the longest stage of prophase-I. Terminalisation of chiasmata occurs in diakinesis stage.

Q. Diplotene phase of meiosis is also characterised by A. Dissolution of synaptonemal complex. B. Synapsis. C. Appearance of X-shaped structure. D. Complete terminalisation of chiasmata. E. Longest phase of prophase I.

A, C and D

B, C, D and F

A and C

B, D and E

Q. Diplotene phase of meiosis is also characterised by
A. Dissolution of synaptonemal complex.
B. Synapsis.
C. Appearance of X-shaped structure.
D. Complete terminalisation of chiasmata.
E. Longest phase of prophase I.