Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers

The improved sugarcane varieties grown in and around the world are majorly evolved through interspecific hybridization of Saccharum species. Only few promising hybrids have been developed from allied genera such as Erianthus and Sclerostachya. Several other genera, including Phragmites, Vetivera, Na...
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Autor*in:	C. Jayabose*, V. Anusheela, A. Kaleeswari, D. Neelamathi, V. Raffee Viola and R. Valarmathi [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2022

Schlagwörter:	allied genera phragmites saccharum spontaneum apical meristem genetic fidelity

Übergeordnetes Werk:	In: Electronic Journal of Plant Breeding - Indian Society of Plant Breeders, 2019, 13(2022), 3, Seite 1092-1098
Übergeordnetes Werk:	volume:13 ; year:2022 ; number:3 ; pages:1092-1098

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.37992/2022.1303.150

Katalog-ID:	DOAJ089120973

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callnumber-first	S - Agriculture
author	C. Jayabose*, V. Anusheela, A. Kaleeswari, D. Neelamathi, V. Raffee Viola and R. Valarmathi
spellingShingle	C. Jayabose*, V. Anusheela, A. Kaleeswari, D. Neelamathi, V. Raffee Viola and R. Valarmathi misc SB1-1110 misc allied genera misc phragmites misc saccharum spontaneum misc apical meristem misc genetic fidelity misc Plant culture Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers
authorStr	C. Jayabose*, V. Anusheela, A. Kaleeswari, D. Neelamathi, V. Raffee Viola and R. Valarmathi
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topic_title	SB1-1110 Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers allied genera phragmites saccharum spontaneum apical meristem genetic fidelity
topic	misc SB1-1110 misc allied genera misc phragmites misc saccharum spontaneum misc apical meristem misc genetic fidelity misc Plant culture
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title	Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers
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title_full	Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers
author_sort	C. Jayabose*, V. Anusheela, A. Kaleeswari, D. Neelamathi, V. Raffee Viola and R. Valarmathi
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title_sort	meristem tip culture in phragmites australis and genetic fidelity study using srap markers
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title_auth	Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers
abstract	The improved sugarcane varieties grown in and around the world are majorly evolved through interspecific hybridization of Saccharum species. Only few promising hybrids have been developed from allied genera such as Erianthus and Sclerostachya. Several other genera, including Phragmites, Vetivera, Narenga and Neyurida, deserve further research. Successful exploitation of these allied genera resources require careful characterization, evaluation and conservation using different methods including tissue culture techniques. Among them, Phragmites australis is used to remediate waste water and remove heavy metals. In this study, meristem tip culture was standardized for five clones of Phragmites to evaluate their response and growth. Among the five clones of Phragmites studied, two clones (IND 89-711 and IND04-1326) showed better regeneration and growth. The in vitro derived plants were compared with the mother plants using four SRAP markers to check their genetic fidelity. Monomorphic bands were obtained in both the in-vitro and mother plants. No polymorphism was detected, thus proving the genetic uniformity of the micropropgated plants.
abstractGer	The improved sugarcane varieties grown in and around the world are majorly evolved through interspecific hybridization of Saccharum species. Only few promising hybrids have been developed from allied genera such as Erianthus and Sclerostachya. Several other genera, including Phragmites, Vetivera, Narenga and Neyurida, deserve further research. Successful exploitation of these allied genera resources require careful characterization, evaluation and conservation using different methods including tissue culture techniques. Among them, Phragmites australis is used to remediate waste water and remove heavy metals. In this study, meristem tip culture was standardized for five clones of Phragmites to evaluate their response and growth. Among the five clones of Phragmites studied, two clones (IND 89-711 and IND04-1326) showed better regeneration and growth. The in vitro derived plants were compared with the mother plants using four SRAP markers to check their genetic fidelity. Monomorphic bands were obtained in both the in-vitro and mother plants. No polymorphism was detected, thus proving the genetic uniformity of the micropropgated plants.
abstract_unstemmed	The improved sugarcane varieties grown in and around the world are majorly evolved through interspecific hybridization of Saccharum species. Only few promising hybrids have been developed from allied genera such as Erianthus and Sclerostachya. Several other genera, including Phragmites, Vetivera, Narenga and Neyurida, deserve further research. Successful exploitation of these allied genera resources require careful characterization, evaluation and conservation using different methods including tissue culture techniques. Among them, Phragmites australis is used to remediate waste water and remove heavy metals. In this study, meristem tip culture was standardized for five clones of Phragmites to evaluate their response and growth. Among the five clones of Phragmites studied, two clones (IND 89-711 and IND04-1326) showed better regeneration and growth. The in vitro derived plants were compared with the mother plants using four SRAP markers to check their genetic fidelity. Monomorphic bands were obtained in both the in-vitro and mother plants. No polymorphism was detected, thus proving the genetic uniformity of the micropropgated plants.
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title_short	Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers
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Meristem tip culture in Phragmites australis and genetic fidelity study using SRAP markers

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