Abstract. Begonia x elatior plantlets which regenerated from leaf disk callus showed variations in plant morphology, number of flowers per plant, and flower size. Variations in flowering period, number of flowers per plant, and flower morphology were observed in Saintpaulia ionantha L. plants directly regenerated from leaf disk explants. The cytokinins, benzylaminopurine and zeatin, tested in the culture medium did not affect the basic plant characteristics including flower colour which remained stable in both species. Micropropagation of selected somaclones having the desirable trait of high number of flowers per plant was stable in the MV2 and MV3 generations
Three species of Begonias endemic to Java and Sumatra, namely Begonia leuserensis, Begonia atricha a...
Abstract. In order to find a more efficient source of somaclones we performed a regen-eration of adv...
Somaclonal variation occurring during cultivation of callus from lily has been determined. Scales of...
Micropropagation involves the risk of somaclonal variation among the regenerated plants. It is possi...
Micropropagation involves the risk of somaclonal variation among the regenerated plants. It is possi...
Begonia (Begonia rex Putz.), an ornamental plant, is used for landscape and pot purposes. For effici...
Fragments of leaves, petioles and floral stalks of several species and varieties of Begonia have bee...
In vitro regeneration of Begonia x hiemalis Fotsch. cv. Schwabenland Red, also known as Begonia Rose...
Somatic embryogenesis is a multi-step process for the induction of somatic embryogenesis, embryo dev...
The development of procedures and media for the micropropagation of B. rex are described. Media for ...
Begonia plants were regenerated from leaf explants treated with increasing concentrations of the che...
Efficient plant regeneration of Saintpaulia ionantha (African violet) has been obtained in the prese...
Direct somatic embryogenesis induction of Begonia x hiemalis Fotsch. (Elatior Begonia) was initiated...
Abstract. Long-term micropropagation of some plants by tissue culture was investigated. The plants s...
Chapter 1The effects of growth-regulating substances and environmental conditions on the composition...
Three species of Begonias endemic to Java and Sumatra, namely Begonia leuserensis, Begonia atricha a...
Abstract. In order to find a more efficient source of somaclones we performed a regen-eration of adv...
Somaclonal variation occurring during cultivation of callus from lily has been determined. Scales of...
Micropropagation involves the risk of somaclonal variation among the regenerated plants. It is possi...
Micropropagation involves the risk of somaclonal variation among the regenerated plants. It is possi...
Begonia (Begonia rex Putz.), an ornamental plant, is used for landscape and pot purposes. For effici...
Fragments of leaves, petioles and floral stalks of several species and varieties of Begonia have bee...
In vitro regeneration of Begonia x hiemalis Fotsch. cv. Schwabenland Red, also known as Begonia Rose...
Somatic embryogenesis is a multi-step process for the induction of somatic embryogenesis, embryo dev...
The development of procedures and media for the micropropagation of B. rex are described. Media for ...
Begonia plants were regenerated from leaf explants treated with increasing concentrations of the che...
Efficient plant regeneration of Saintpaulia ionantha (African violet) has been obtained in the prese...
Direct somatic embryogenesis induction of Begonia x hiemalis Fotsch. (Elatior Begonia) was initiated...
Abstract. Long-term micropropagation of some plants by tissue culture was investigated. The plants s...
Chapter 1The effects of growth-regulating substances and environmental conditions on the composition...
Three species of Begonias endemic to Java and Sumatra, namely Begonia leuserensis, Begonia atricha a...
Abstract. In order to find a more efficient source of somaclones we performed a regen-eration of adv...
Somaclonal variation occurring during cultivation of callus from lily has been determined. Scales of...