Somatic embryogenesis from immature male flowers in #Musa# is only suitable for genotypes with a male bud. Six friable embryogenic cultures were obtained from 28 cultured buds of female flowers of the AAB False Horn Plantains, 'Curraré' and 'Curraré Enano'. Embryogenic suspensions were established from these embryogenic cultures. Somatic embryogenesis was demonstrated histologicaly. Regeneration of plants was obtained either from somatic embryos directly isolated from embryogenic cultures or from suspensions after plating on a semi-solid medium. This study demonstrates that somatic embryogenesis from immature flowers is suitable for genotypes of #Musa# with or without male buds. (Author's abstract
Embryogenesis competent material (scalp) was initiated from shoot tip of Musa spp. cultivar Mas (AA...
A protocol has been developed for the high efficient regeneration of the banana cultivar Dwarf Brazi...
Protoplast culture and plant regeneration of the dessert banana cultivar 'Grande Naine' (#Musa# spp....
Somatic embryogenesis and plant regeneration of banana and plantain cultivars (Musa spp.) were obtai...
Embryogenic callus was established using immature male flower of Musa acuminata cv. Mas. After 5-6 m...
Banana and plantains (Musa spp.) form a major staple food for millions of people living in the tropi...
The plantain banana (cultivar nangka) is among the most valued crop plants in the tropical world. Ho...
Bananas and plantains are giant monocotyledonous perennial herbs, belonging to the order Zingiberale...
Somatic embryogenesis is a routine method in obtaining mass-production of plantlets especially in Mu...
Plantain cultivar 'FHIA – 25' (AAB) shows high yielding qualities and high resistance to Black Sigat...
Studies were initiated to develop regeneration protocol through somatic embryogenesis in banana cv. ...
Des suspensions cellulaires de Musa acuminata ssp burmannicoides et Musa acuminata ssp malaccensis o...
A cell suspension of French Sombre plantain banane (#Musa# spp. AAB genome) was initiated from callu...
Among the various strategies for genetic improvement in banana, somatic hybridisation appears to be ...
This study was carried out to establish a reliable and practical protocol of plant regeneration thro...
Embryogenesis competent material (scalp) was initiated from shoot tip of Musa spp. cultivar Mas (AA...
A protocol has been developed for the high efficient regeneration of the banana cultivar Dwarf Brazi...
Protoplast culture and plant regeneration of the dessert banana cultivar 'Grande Naine' (#Musa# spp....
Somatic embryogenesis and plant regeneration of banana and plantain cultivars (Musa spp.) were obtai...
Embryogenic callus was established using immature male flower of Musa acuminata cv. Mas. After 5-6 m...
Banana and plantains (Musa spp.) form a major staple food for millions of people living in the tropi...
The plantain banana (cultivar nangka) is among the most valued crop plants in the tropical world. Ho...
Bananas and plantains are giant monocotyledonous perennial herbs, belonging to the order Zingiberale...
Somatic embryogenesis is a routine method in obtaining mass-production of plantlets especially in Mu...
Plantain cultivar 'FHIA – 25' (AAB) shows high yielding qualities and high resistance to Black Sigat...
Studies were initiated to develop regeneration protocol through somatic embryogenesis in banana cv. ...
Des suspensions cellulaires de Musa acuminata ssp burmannicoides et Musa acuminata ssp malaccensis o...
A cell suspension of French Sombre plantain banane (#Musa# spp. AAB genome) was initiated from callu...
Among the various strategies for genetic improvement in banana, somatic hybridisation appears to be ...
This study was carried out to establish a reliable and practical protocol of plant regeneration thro...
Embryogenesis competent material (scalp) was initiated from shoot tip of Musa spp. cultivar Mas (AA...
A protocol has been developed for the high efficient regeneration of the banana cultivar Dwarf Brazi...
Protoplast culture and plant regeneration of the dessert banana cultivar 'Grande Naine' (#Musa# spp....