Request a call back

Join NOW to get access to exclusive study material for best results

CBSE Class 12-science Answered

Trace the development of microsporocyte in the anther to a mature pollen grain.
Asked by Topperlearning User | 12 Jun, 2014, 10:07: AM
answered-by-expert Expert Answer

As the anther develops, the cells of the sporogenous tissue undergo meiotic divisions to form microspore tetrads. As each cell of the sporogenous tissue is capable of giving rise to a microspore tetrad, each one is a potential pollen or microspore mother cell. The process of formation of microspores from a pollen mother cell (PMC) through meiosis is called microsporogenesis. As the anthers mature and dehydrate, the microspores dissociate from each other and develop into pollen grains. Inside each microsporangium, several thousands of microspores or pollen grains are formed that are released with the dehiscence of the anther.

Answered by | 12 Jun, 2014, 12:07: PM
CBSE 12-science - Biology
Asked by marvellouskyndiah | 16 Jun, 2023, 07:03: AM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by adarshraj0646 | 15 Jul, 2021, 08:24: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by kaziryan.05 | 04 Jul, 2021, 12:02: AM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by begomhamida567 | 12 Jun, 2021, 04:52: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by edwinbinoy48 | 25 Jul, 2020, 05:05: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by nijalingappabiradar906 | 07 Jun, 2020, 07:30: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by Debdulal | 08 Apr, 2020, 01:46: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by pardeepkumar2281 | 31 Jan, 2019, 11:38: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 12-science - Biology
Asked by pardeepkumar2281 | 31 Jan, 2019, 11:36: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
Get Latest Study Material for Academic year 24-25 Click here
×