Hybridization of wild diploid Musa acuminata Colla var malaccensis (Ridl.) Nasution as pollen source with teraploid Pisang Madu. Indonesia and South East Asia is the center of origin and genetic variability of bananas, specifically species Musa acuminata Colla. At least 15 varieties of wild Musa acuminata are found in Indonesia. Some of them have resistances for several diseases of bananas. One approach in banana breeding program is hybridizing between tetraploid parent and diploid parent of banana. This research was aimed to produce new triploid banana hybrid by crosses between tetraploid female parent ?Pisang Madu? and wild diploid male parent Musa acuminata Colla var malaccensis (Ridl.) Nasution. From 302 crosses, 53.9% of crosses produc...
Hybrids were obtained after in vitro germination of embryos from interploid crosses between triploid...
Edible banana cultivars are diploid, triploid, or tetraploid hybrids, which originated by natural cr...
Author for correspondence e-mail: raboin@cirad.frInternational audienceThe origin of triploid export...
Hybridization of wild diploid Musa acuminata Colla var malaccensis (Ridl.) Nasution as pollen source...
Triploid banana cultivar is the most desirable cultivar in banana industry because of its higher yie...
Plantain and banana (Musa spp) breeding involves crossing 3x (triploid) landraces to 2x (diploid) ac...
Triploid banana breeding could be achieved by crossing tetraploid to diploid banana cultivars. The a...
Induction of tetraploid from diploid bananas often producing mixoploid plants.Characters of the mixo...
In the present work, polyploidy was induced in the diploid banana varieties 'Malbut', 'Gold', 'Lidi'...
Banana and plantain production is severely threatened by several pests and diseases. Furthermore, wi...
This work is part of an intensive Program of Genetic improvement in Musa spp. through hybridi-zation...
Cultivated bananas originated from interspecific hybridisation of two wild diploid (2n = 2x = 22) sp...
Banana is a recalcitrant crop for improvement due to inherent plant-based constraints like polyploid...
Secondary triploids were produced by crossing primary tetraploids with selected diploid partners and...
The release of new sweet-acid banana cultivars resistant to black leaf streak, Sigatoka leaf spot an...
Hybrids were obtained after in vitro germination of embryos from interploid crosses between triploid...
Edible banana cultivars are diploid, triploid, or tetraploid hybrids, which originated by natural cr...
Author for correspondence e-mail: raboin@cirad.frInternational audienceThe origin of triploid export...
Hybridization of wild diploid Musa acuminata Colla var malaccensis (Ridl.) Nasution as pollen source...
Triploid banana cultivar is the most desirable cultivar in banana industry because of its higher yie...
Plantain and banana (Musa spp) breeding involves crossing 3x (triploid) landraces to 2x (diploid) ac...
Triploid banana breeding could be achieved by crossing tetraploid to diploid banana cultivars. The a...
Induction of tetraploid from diploid bananas often producing mixoploid plants.Characters of the mixo...
In the present work, polyploidy was induced in the diploid banana varieties 'Malbut', 'Gold', 'Lidi'...
Banana and plantain production is severely threatened by several pests and diseases. Furthermore, wi...
This work is part of an intensive Program of Genetic improvement in Musa spp. through hybridi-zation...
Cultivated bananas originated from interspecific hybridisation of two wild diploid (2n = 2x = 22) sp...
Banana is a recalcitrant crop for improvement due to inherent plant-based constraints like polyploid...
Secondary triploids were produced by crossing primary tetraploids with selected diploid partners and...
The release of new sweet-acid banana cultivars resistant to black leaf streak, Sigatoka leaf spot an...
Hybrids were obtained after in vitro germination of embryos from interploid crosses between triploid...
Edible banana cultivars are diploid, triploid, or tetraploid hybrids, which originated by natural cr...
Author for correspondence e-mail: raboin@cirad.frInternational audienceThe origin of triploid export...