This study describes a protocol for Agrobacterium-mediated transformation of barley mature embryos. Cultured embryos were co-cultivatedby EHA 105 strain carrying pCambia2301 binary vector and assayed for transient GUS expression. After 3 days of transformation, GUS expressingspots have been observed over 20.3% of total embryos. Among the tested several pre-treatments, infiltration in a vacuum chamber (400 mm Hg for20 min) and infection by AGL-1 strain instead of EHA 105 increased the numbers of embryos with GUS staining significantly (p<0.05). PCR andSouthern analyses showed that transformation occured in some of the T0 plants which were also tolerant to selective conditions
This study was conducted to establish a rapid method for barley (Hordeum vulgare L.) protoplast isol...
The study was designed to compare the agronomic performance of progenies of barley plants (cv. Gold...
This study was conducted to establish a rapid method for barley (Hordeum vulgare L.) protoplast isol...
Transformation of barley based on the infection of mature embryos with Ag- robacterium tumefactions ...
Mature embryos in tissue cultures are advantageous because of their abundance and rapid germination,...
More than ten years have passed since the first successful Agrobacterium-mediated barley transformat...
An efficient induction system and regeneration protocol based on mature barley embryos were develope...
This study was conducted to detect the optimum conditions for DNA transfer into mature embryos of ba...
Eight Australian barley cultivars were tested for efficiency of embryonic callus initiation and plan...
This study involved the response of immature embryos of nine cultivars of spring barley to culture o...
Crop improvement through genetic engineering depends on effective and reproducible plant regeneratio...
Several aspects of in vitro culture have potential for cereal improvement. This paper focuses on eva...
In this study, particle bombardment was adapted for the production of stably transformed cell lines ...
A reliable protocol for plant regeneration from mature embryo derived calli of nine barley (Hordeum ...
Plant regeneration studies in cereals have been undertaken in immature embryos, scutellum and also i...
This study was conducted to establish a rapid method for barley (Hordeum vulgare L.) protoplast isol...
The study was designed to compare the agronomic performance of progenies of barley plants (cv. Gold...
This study was conducted to establish a rapid method for barley (Hordeum vulgare L.) protoplast isol...
Transformation of barley based on the infection of mature embryos with Ag- robacterium tumefactions ...
Mature embryos in tissue cultures are advantageous because of their abundance and rapid germination,...
More than ten years have passed since the first successful Agrobacterium-mediated barley transformat...
An efficient induction system and regeneration protocol based on mature barley embryos were develope...
This study was conducted to detect the optimum conditions for DNA transfer into mature embryos of ba...
Eight Australian barley cultivars were tested for efficiency of embryonic callus initiation and plan...
This study involved the response of immature embryos of nine cultivars of spring barley to culture o...
Crop improvement through genetic engineering depends on effective and reproducible plant regeneratio...
Several aspects of in vitro culture have potential for cereal improvement. This paper focuses on eva...
In this study, particle bombardment was adapted for the production of stably transformed cell lines ...
A reliable protocol for plant regeneration from mature embryo derived calli of nine barley (Hordeum ...
Plant regeneration studies in cereals have been undertaken in immature embryos, scutellum and also i...
This study was conducted to establish a rapid method for barley (Hordeum vulgare L.) protoplast isol...
The study was designed to compare the agronomic performance of progenies of barley plants (cv. Gold...
This study was conducted to establish a rapid method for barley (Hordeum vulgare L.) protoplast isol...