COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUST

The safe movement of plant genetic materials has a major concern for many countries in the world. Collecting and exchange of coconut germplasm is difficult and not economic because of the bulkiness of the seed. Moreover, due to short dormancy, the seeds germinate rapidly and thus cannot be stored fo...

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Main Authors: M.K. Nair, Anita Karun
Format: Article
Language:English
Published: International Coconut Community 1999-06-01
Series:CORD
Subjects:
Online Access:https://journal.coconutcommunity.org/index.php/journalicc/article/view/328
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spelling doaj-facecc93c12541a2b8cb6deb3c5d6e8b2020-11-25T03:55:04ZengInternational Coconut CommunityCORD0215-11622721-88561999-06-0115023643https://doi.org/10.37833/cord.v15i02.328COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUSTM.K. NairAnita KarunThe safe movement of plant genetic materials has a major concern for many countries in the world. Collecting and exchange of coconut germplasm is difficult and not economic because of the bulkiness of the seed. Moreover, due to short dormancy, the seeds germinate rapidly and thus cannot be stored for more time in a germplasm expedition. Phytosanitary restrictions too severely limit the germplasm introduction. Standardization of embryo culture technique provides an easy and safe alternative for the movement of coconut germplasm and is emphasized in the technical guidelines of FAO/IPGRI (Diekmann, 1997). In vitro culture protocols for coconut zygotic embryos have been established by various coconut research institutes in Cote d’Ivoire, France, India, the Philippines and Sri Lanka (Engelmann, 1998). An embryo culture protocol broadly consisted of at least five components, viz., field collection of embryos, in vitro active storage, in vitro retrieval, ex vitro establishment of plantlets and finally the field establishment. A detailed description of each of these components together with a comparison among different embryo culture protocols developed at various laboratories, applications made for coconut germplasm collection and development required in the future are provided here.https://journal.coconutcommunity.org/index.php/journalicc/article/view/328coconut embryo cultureplant genetic materials
collection DOAJ
language English
format Article
sources DOAJ
author M.K. Nair
Anita Karun
spellingShingle M.K. Nair
Anita Karun
COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUST
CORD
coconut embryo culture
plant genetic materials
author_facet M.K. Nair
Anita Karun
author_sort M.K. Nair
title COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUST
title_short COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUST
title_full COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUST
title_fullStr COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUST
title_full_unstemmed COCONUT EMBRYO CULTURE: PRESENT STATUS AND FUTURE THRUST
title_sort coconut embryo culture: present status and future thrust
publisher International Coconut Community
series CORD
issn 0215-1162
2721-8856
publishDate 1999-06-01
description The safe movement of plant genetic materials has a major concern for many countries in the world. Collecting and exchange of coconut germplasm is difficult and not economic because of the bulkiness of the seed. Moreover, due to short dormancy, the seeds germinate rapidly and thus cannot be stored for more time in a germplasm expedition. Phytosanitary restrictions too severely limit the germplasm introduction. Standardization of embryo culture technique provides an easy and safe alternative for the movement of coconut germplasm and is emphasized in the technical guidelines of FAO/IPGRI (Diekmann, 1997). In vitro culture protocols for coconut zygotic embryos have been established by various coconut research institutes in Cote d’Ivoire, France, India, the Philippines and Sri Lanka (Engelmann, 1998). An embryo culture protocol broadly consisted of at least five components, viz., field collection of embryos, in vitro active storage, in vitro retrieval, ex vitro establishment of plantlets and finally the field establishment. A detailed description of each of these components together with a comparison among different embryo culture protocols developed at various laboratories, applications made for coconut germplasm collection and development required in the future are provided here.
topic coconut embryo culture
plant genetic materials
url https://journal.coconutcommunity.org/index.php/journalicc/article/view/328
work_keys_str_mv AT mknair coconutembryoculturepresentstatusandfuturethrust
AT anitakarun coconutembryoculturepresentstatusandfuturethrust
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