TAILIEUCHUNG - Micropropagation studies in papaya (Carica papaya L.) cv. ‘Surya’

Papaya is one of the few important fruits which flowers and yield throughout the year. Though a polygamous species with three basic types viz., staminate, pistillate and bisexual, its cultivation with seed propagation is hindered by problems due to vide variability in sex expression and fruit characters. In such point of view, propagation through asexual method could be a better alternative. The micropropagation will substitute method of propagation by cutting or grafting would be of great boon to papaya industry. The procedure for in vitro propagation of papaya (Carica papaya) cv. Surya was developed by culturing shoot tips on Murashige and Skoog (MS)-medium supplemented with different concentration of (BAP) Benzylaminopurine like , , and mg/l and mg/l BAP + mg/l (NAA) naphthalene acetic acid. Among different combinations of growth regulators mg/l BAP + mg/l (NAA) was the best for shoot multiplication. The best results of root formation as well as root length were obtained using 3 mg/l NAA. Successful transplanting was observed when the plantlets were transferred into pots contained peat moss and sand (1:1). | Micropropagation studies in papaya (Carica papaya L.) cv. ‘Surya’

• Sinh học
• Sex expression
• Naphthalene acetic acid
• Carica papaya L
• Micropropagation studies in papaya
• Polygamous species
• BMC Genomics
• Genotypic sex determination
• Temperature dependent sex determination
• Semen proteomics
• Sex determination strategies
• Sex manipulation in cucurbitaceous vegetables
• Cucurbitaceous vegetables
• Breeding programme
• Environmental effect on sex expression
• BMC Plant Biology
• Carica papaya
• Flower development
• Male sterility gene
• RNA Seq
• Sex differentiation
• Coccinia grandis
• Heteromorphic sex chromosomes
• Sex modification
• Organ identity genes
• Silver nitrate
• Sex related
• Palaemon serratus
• Sex specific expression patterns
• Gonadal development processes
• Cucumber germplasm
• DNA methylation
• Gene TE interaction
• Gene expression
• Glucose homeostasis
• Insulin tolerance test
• Sex dependent
• Biologically relevant small animal models
• Sexual dimorphism
• Insulin signaling
• Sex bias
• Sex pheromones
• Odorant receptors
• Pheromone binding proteins
• Genome Biology
• Evolutionary rate
• Sexually antagonistic genes
• Gynoecious lines
• Gibberellic acid
• Silver thiosulphate
• Xenobiotic exposure
• Transcript maturation
• Cellular fractionation
• Nuclear fractionation
• Chromatin bound RNA
• Transcriptomic analysis
• Sex specific genes
• Venom protein
• Biological control
• Anastatus disparis
• Yesso scallop
• Sex determination
• Weighted gene co expression network analysis
• Mechanisms underlying
• Alternative splicing
• Eukaryote genes
• Exon skipping
• Essential oils
• Dietary supplementation
• Co expression network analyses
• Sex determination and differentiation
• RNA seq analysis
• Genetic network
• Dynamic co expression network
• Endocrine disrupting chemicals
• Estrogenic pollutant
• Synthetic 17α ethinylestradiol
• River dwelling salmonids
• Balance during initial steps
• Dorsal root ganglion
• Sex differences
• Peripheral nervous system
• Nerve injury
• BMC Molecular and Cell Biology
• Adipose tissue
• Amino acid transport
• Fetal programming
• Genetic correlation
• Sex specific genetic architecture
• Hydrogen peroxide
• Reactive oxygen species
• Scientific reports
• biochemistry
• molecular Biology
• mammals
• analysis of cytoplasmic
• hemoglobin
• Pathophysiology of Celiac Disease
• Mucosal Expression
• Celiac Disease
• Environmental Carcinogenesis
• Occupational Settings
• Chernobyl Accident