tailieunhanh - Genetic fidelity analysis in the micropropagated banana derived from immature primordial male flower bud

Genetic uniformity of in vitro raised plants is a prerequisite for production of quality planting material of banana. Embryogenic cultures were induced from immature male flower buds of two important cultivars of banana, ‘Rasthali’ (Silk-Musa AAB) and ‘Grand Naine’ (Cavendish-Musa AAA). Cell suspensions were established and regenerated plants were evaluated for their genetic stability using 10 inter simple sequence repeat markers. ISSR marker produced totally 57 (Rasthali) and 64 (Grand Naine) clear, distinct and reproducible band classes resulting in a total of 1488 (Rasthali) and 1534 (Grand Naine) bands. The banding patterns for 10 primers were highly uniform and comparable to the field grown mother clone from which the cultures have been established. These results suggest that the establishment of embryogenic cell suspension cultures of banana could be an efficient system for production of genetically stable plants on a large scale as well as a biotechnological tool to support banana genetic improvement. | Genetic fidelity analysis in the micropropagated banana derived from immature primordial male flower bud

• Hoá học
• Musa spp
• Somaclonal variation
• ISSR and genetic fidelity
• Genetic fidelity
• Immature primordial male flower bud
• Genetic fidelity analysis
• Banana types Musa spp
• Tissue culture
• Active charcoal
• Indoleacetic acid
• Clonal fidelity
• Assessment of clonal fidelity
• Genetic analysis
• Tissue culture raised banana
• Banana (Musa spp ) plant
• Ploidy assessment
• Synthetic hybrids
• Banana (Musa spp )
• Synthetic hybrids of banana
• Exact genome compositions
• nhân giống cây chuối ngự Đại Hoàng
• Chất điều tiết sinh trưởng thực vật
• Chuối ngự Đại Hoàng
• Vi nhân giống
• BMC Genomics
• Fusarium oxysporum
• Fusarium wilt
• Cytochrome c peroxidase
• Xylem vessels
• Genome structure
• Musa genome
• Crop worldwide
• Complex polyploidization history
• báo cáo khoa học
• báo cáo y học
• công trình nghiên cứu về y học
• tài liệu về y học
• cách trình bày báo cáo
• Sự cô lập cấy tế bào trần
• Nuôi cấy tế bào trần
• Vật liệu khác nhau của cây chuối Cau Mẵn
• Nuôi cấy tế bào
• Nồng độ enzyme
• In vitro rooting
• Grand naine
• Two popular cultivars of banana
• In vitro root development
• Somaclonal variations
• Random primers
• Micropropagated banana variants
• RAPD markers
• Rajapuri bale
• Multiple shoot clumps
• Shoot proliferation
• In vitro multiplication
• Concentrations of cytokinins
• Variety Nanjanagudu rasabale
• In vitro regeneration
• IBA Accepted
• Efficient protocol
• Producing better roots
• BMC Plant Biology
• SRO family
• Induced expression
• Abiotic stress
• Biotic stress
• hormone treatment
• Protein interaction
• Harvest index
• Sucker weight on growth
• Yield of banana
• Pseudostem height of banana
• Crop duration of banana
• Bacterial disease in banana
• Musa spp tip over disease
• Erwinia carotovora
• Erwinia carotovora subsp
• Disease cause severe yield loss
• Ney Poovan
• Macro propagation in banana
• Varietal Response
• Plantlet Regeneration
• Genetic advance
• Genetic and phenotypic coefficient of variation
• Phenotypic coefficient of variation
• Correlation studies on nendran
• Nendran (AAB) ecotypes of banana
• Shoot proliferation of banana
• pH on shoot proliferation of banana
• Constant BAP
• Plant Biology
• Bunch weight
• East African highland banana
• Genetic distance
• Time consuming process
• Autochthonous genetic resources
• Inflorescence dichotomous plantains
• Genomic divergence
• Phenological plasticity
• Single nucleotide polymorphisms
• Antioxidant capacity
• Cold tolerance
• Tropical fruit