Plants may be regenerated from stomatal cells or protoplasts of such cells. Prior to regeneration the cells or protoplasts may be genetically transformed by the introduction of hereditary material most preferably by a DNA construct which is free of genes which specify resistance to antibiotics. The regeneration step may include callus formation on a hormone-free medium. The method is particularly suitable for sugar beet
An optimized protocol has been developed for the efficient and rapid genetic modification of sugar b...
ABSTRACT: During centuries mankind plants to obtain cultivars with superior characteristics. However...
This chapter provides an overview of the main steps in the process to produce stably transformed pla...
Background: Obtaining dedifferentiated cells (callus) that can regenerate into whole plants is not a...
Abstract: A. method is described for plant regeneration from unfertilized ovaries isolated from a di...
A highly-efficient protocol for the large-scale isolation of guard cell protoplasts from sugar beet ...
The use of cultured plant cells in either organized or unorganized form has increased vey considerab...
A highly-efficient protocol for the large-scale isolation of guard cell protoplasts from sugar beet...
A technique is described for the routine isolation of protoplasts from storage parenchyma cells of p...
A procedure for protoplast isolation and plant regeneration of St. John's wort has been develope...
When plant cells or tissues are cultured in vitro with suitable culture media they can be directed i...
In vitro culture of higher plants is the culture, under sterile conditions, of plants, seeds, embryo...
Basics of Plant Tissue Culture When introducing a foreign gene into a target genome in plant tissue,...
Plant tissue culture comprises a set of in vitro techniques, methods and strategies that are part of...
The application of tissue culture technique to the production of major agronomic crops can be catego...
An optimized protocol has been developed for the efficient and rapid genetic modification of sugar b...
ABSTRACT: During centuries mankind plants to obtain cultivars with superior characteristics. However...
This chapter provides an overview of the main steps in the process to produce stably transformed pla...
Background: Obtaining dedifferentiated cells (callus) that can regenerate into whole plants is not a...
Abstract: A. method is described for plant regeneration from unfertilized ovaries isolated from a di...
A highly-efficient protocol for the large-scale isolation of guard cell protoplasts from sugar beet ...
The use of cultured plant cells in either organized or unorganized form has increased vey considerab...
A highly-efficient protocol for the large-scale isolation of guard cell protoplasts from sugar beet...
A technique is described for the routine isolation of protoplasts from storage parenchyma cells of p...
A procedure for protoplast isolation and plant regeneration of St. John's wort has been develope...
When plant cells or tissues are cultured in vitro with suitable culture media they can be directed i...
In vitro culture of higher plants is the culture, under sterile conditions, of plants, seeds, embryo...
Basics of Plant Tissue Culture When introducing a foreign gene into a target genome in plant tissue,...
Plant tissue culture comprises a set of in vitro techniques, methods and strategies that are part of...
The application of tissue culture technique to the production of major agronomic crops can be catego...
An optimized protocol has been developed for the efficient and rapid genetic modification of sugar b...
ABSTRACT: During centuries mankind plants to obtain cultivars with superior characteristics. However...
This chapter provides an overview of the main steps in the process to produce stably transformed pla...