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Transformation and expression of Na+/H+antiporter vacuolar (AtNHX1) gene in tobacco plants under salt stress [electronic resource].

By:

Soliman, Mohamed H

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Language: English Summary language: Arabic Description: p.99-108Other title:

التحول الوراثى والتعبير الجينى لجين تبادل الصوديوم والهيدروجين (AtNHX1) فى نباتات الدخان تحت ظروف الملوحة العالية [Added title page title]

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Arab journal of biotechnology, 2009 v. 12 (1) [electronic resource]:

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Full Text Article

In: Arab journal of biotechnology 2009.v.12(1)Summary: Saline soil is a serious problem worldwide, and it is necessary to improve the salt tolerance of plants to avoid the progressive deterioration of saline soil. Agrobacterium based system was employed to transfer a vacuolar Na+/H+ antiporter (AtNHX1) gene into tobacco leaf discs. Hundred thirty putative transgenic tobacco plants were obtained. The leaf painting assay was applied to select the transformants containing the bar gene (basta herbicide resistance).

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Item type	Current library	Call number	Status	Date due	Barcode
Articles	Main	ART AJB V12 No1 10 (Browse shelf(Opens below))	Available

Includes references.

Saline soil is a serious problem worldwide, and it is necessary to improve the salt tolerance of plants to avoid the progressive deterioration of saline soil. Agrobacterium based system was employed to transfer a vacuolar Na+/H+ antiporter (AtNHX1) gene into tobacco leaf discs. Hundred thirty putative transgenic tobacco plants were obtained. The leaf painting assay was applied to select the transformants containing the bar gene (basta herbicide resistance).

Summary in Arabic.

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