Cytochemistry of pollen development in Paracoffea

Cytochemical aspects of pollen development in a few species of the section Paracoffea of the genus Coffea L (viz. Coffea bengalensis, C. wightiana and C. travencorensis) were brought out in detail. Anther development in these species conforms to the basic type. Tapetum is secretory. Endothecium completely surrounds the anther locule. Meiosis and simultaneous cytokinesis in the microspore mother cells give rise to tetrahedral, isobilateral and decussate pollen tetrads. Coupled with these primitive entogenetic features is the presence of starchless pollen in C. travencorensis indicating a relatively advanced evolutionary status for Paracoffea in the genus. Cytochemical study of carbohydrates, proteins, lipids and nucleic acids provided a preliminary insight into the developmental physiology of pollen

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Bibliographic Details
Main Authors: 115931 Santa Ram, A., 102565 Padmajyothi, D., 121297 Sreenivasan, M.S., 108519 Ramaiah, P.K.
Format: biblioteca
Published: 1991
Subjects:PARACOFFEA, COFFEA BENGALENSIS, COFFEA WIGHTIANA, COFFEA TRAVANCORENSIS, POLEN, CITOLOGIA,
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spelling KOHA-OAI-BVE:849932020-02-03T21:52:14ZCytochemistry of pollen development in Paracoffea 115931 Santa Ram, A. 102565 Padmajyothi, D. 121297 Sreenivasan, M.S. 108519 Ramaiah, P.K. 1991Cytochemical aspects of pollen development in a few species of the section Paracoffea of the genus Coffea L (viz. Coffea bengalensis, C. wightiana and C. travencorensis) were brought out in detail. Anther development in these species conforms to the basic type. Tapetum is secretory. Endothecium completely surrounds the anther locule. Meiosis and simultaneous cytokinesis in the microspore mother cells give rise to tetrahedral, isobilateral and decussate pollen tetrads. Coupled with these primitive entogenetic features is the presence of starchless pollen in C. travencorensis indicating a relatively advanced evolutionary status for Paracoffea in the genus. Cytochemical study of carbohydrates, proteins, lipids and nucleic acids provided a preliminary insight into the developmental physiology of pollenCytochemical aspects of pollen development in a few species of the section Paracoffea of the genus Coffea L (viz. Coffea bengalensis, C. wightiana and C. travencorensis) were brought out in detail. Anther development in these species conforms to the basic type. Tapetum is secretory. Endothecium completely surrounds the anther locule. Meiosis and simultaneous cytokinesis in the microspore mother cells give rise to tetrahedral, isobilateral and decussate pollen tetrads. Coupled with these primitive entogenetic features is the presence of starchless pollen in C. travencorensis indicating a relatively advanced evolutionary status for Paracoffea in the genus. Cytochemical study of carbohydrates, proteins, lipids and nucleic acids provided a preliminary insight into the developmental physiology of pollenPARACOFFEACOFFEA BENGALENSISCOFFEA WIGHTIANACOFFEA TRAVANCORENSISPOLENCITOLOGIAJournal of Coffee Research (India)
institution IICA
collection Koha
country Costa Rica
countrycode CR
component Bibliográfico
access En linea
databasecode cat-sibiica
tag biblioteca
region America Central
libraryname Sistema de Bibliotecas IICA/CATIE
topic PARACOFFEA
COFFEA BENGALENSIS
COFFEA WIGHTIANA
COFFEA TRAVANCORENSIS
POLEN
CITOLOGIA
PARACOFFEA
COFFEA BENGALENSIS
COFFEA WIGHTIANA
COFFEA TRAVANCORENSIS
POLEN
CITOLOGIA
spellingShingle PARACOFFEA
COFFEA BENGALENSIS
COFFEA WIGHTIANA
COFFEA TRAVANCORENSIS
POLEN
CITOLOGIA
PARACOFFEA
COFFEA BENGALENSIS
COFFEA WIGHTIANA
COFFEA TRAVANCORENSIS
POLEN
CITOLOGIA
115931 Santa Ram, A.
102565 Padmajyothi, D.
121297 Sreenivasan, M.S.
108519 Ramaiah, P.K.
Cytochemistry of pollen development in Paracoffea
description Cytochemical aspects of pollen development in a few species of the section Paracoffea of the genus Coffea L (viz. Coffea bengalensis, C. wightiana and C. travencorensis) were brought out in detail. Anther development in these species conforms to the basic type. Tapetum is secretory. Endothecium completely surrounds the anther locule. Meiosis and simultaneous cytokinesis in the microspore mother cells give rise to tetrahedral, isobilateral and decussate pollen tetrads. Coupled with these primitive entogenetic features is the presence of starchless pollen in C. travencorensis indicating a relatively advanced evolutionary status for Paracoffea in the genus. Cytochemical study of carbohydrates, proteins, lipids and nucleic acids provided a preliminary insight into the developmental physiology of pollen
format
topic_facet PARACOFFEA
COFFEA BENGALENSIS
COFFEA WIGHTIANA
COFFEA TRAVANCORENSIS
POLEN
CITOLOGIA
author 115931 Santa Ram, A.
102565 Padmajyothi, D.
121297 Sreenivasan, M.S.
108519 Ramaiah, P.K.
author_facet 115931 Santa Ram, A.
102565 Padmajyothi, D.
121297 Sreenivasan, M.S.
108519 Ramaiah, P.K.
author_sort 115931 Santa Ram, A.
title Cytochemistry of pollen development in Paracoffea
title_short Cytochemistry of pollen development in Paracoffea
title_full Cytochemistry of pollen development in Paracoffea
title_fullStr Cytochemistry of pollen development in Paracoffea
title_full_unstemmed Cytochemistry of pollen development in Paracoffea
title_sort cytochemistry of pollen development in paracoffea
publishDate 1991
work_keys_str_mv AT 115931santarama cytochemistryofpollendevelopmentinparacoffea
AT 102565padmajyothid cytochemistryofpollendevelopmentinparacoffea
AT 121297sreenivasanms cytochemistryofpollendevelopmentinparacoffea
AT 108519ramaiahpk cytochemistryofpollendevelopmentinparacoffea
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