TAILIEUCHUNG - In vitro propagation of citrus species through callus induction and regeneration: A review

Citrus, one of the most important group of fruit crops around the world, are propagated at large scale with many difficulties. Propagation through seeds is challenging because of Phytophthora foot rot together with recalcitrance of citrus seeds. Vegetative propagation of Citrus species is mainly performed now-a-days by budding on seedling rootstocks. As heavy losses are experienced among the susceptible seedlings due to Phytophthora and Citrus tristeza virus (CTV), the interest in resistant rootstocks has greatly increased. The potential of conventional methods of citrus plant breeding of rootstocks are limited by physiological factors such as heterozygosity, inbreeding depression, nucellar polyembryony and juvenility. Under such conditions advanced tissue culture techniques provide best possible alternative for producing large number of resistant progenies from elite citrus genotypes. Plant tissue culture provides reliable and economical method of maintaining pathogen free plants that allows rapid multiplication and international exchange of germplasm. | In vitro propagation of citrus species through callus induction and regeneration: A review

• Nông nghiệp
• In vitro propagation
• Citrus species
• Callus induction and regeneration
• Tissue culture
• Citrus plant breeding of rootstocks
• Recalcitrance of citrus seeds
• In vitro culture
• Micro propagation
• In vitro propagation of stevia rebaudiana
• In vitro tissue culture of stevia
• Stevia through stem tip explant
• Simplified in Vitro propagation protocol
• Combining phases of in Vitro
• Propagation and rooting
• Genetic uniformity of regenerated plantlets
• Highly effective production
• Protocol on in vitro propagation
• Vitro propagation
• Arbuscular mycorrhizal fungi
• Root organ culture technique
• Root culture
• In vitro micro propagation regeneration
• Chickpea plant
• Regeneration of chickpea plant
• In vitro micro propagation
• plant growth regulators NAA
• Dendrobium chrysanthum
• Ex vitro
• In vitro Mycorrhization
• PPFD and mycorrhization for efficient
• In vitro
• Clonal cherry rootstock
• In vitro propagation of gisela 5
• In vitro shoot multiplication
• Completely hardened plants
• Tacca Leontopetaloides
• Regeneration and recalcitrance
• Ggermination under conventional sowing
• In vitro propagation protocol
• Optimisation of an in vitro
• Valuable lily (Lilium spp
• Lily micropropagation
• Dianthus caryophyllus L
• Shoot tip
• Nodal segment
• Vitro propagation protocol
• Dendrobium trankimianum T Yukawa
• Wild orchids
• Development of shoots
• Aseptic culture
• In vitro rooting
• Cydonia oblonga cv SKAU 016
• Dendrobium chrysotoxum
• Native Dendrobium chrysotoxum
• Rapid in vitro propagation
• Dendrobium chrysotoxum in vitro
• Generating roots
• Diyarbakır watermelons
• Direct seeded
• Transplanted watermelon
• Bupleurum latissimum Nakai
• Seed germination
• Breaker gibberellic acid
• Critically endangered plant
• Muscari mirum
• Bulb scale
• Immature embryo
• Scape explants
• Immature embryo explants
• In vitro propagation of Poinsettia
• Euphorbia pulcherrima Willd
• Indole 3 butyric acid
• 6 benzyladenine
• Rapid in vitro clonal propagation of Herbal Spice
• Mentha piperita L
• using shoot tip
• nodal explants
• MS medium containing different concentrations
• Finlayson’s Cymbidium
• Native species in Vietnam
• Shoot multiplication
• Dendrobium anosmum
• Rhynchostylis gigantea
• In vitro mass propagation
• An epiphytic orchid
• Dendrobium primulinum Lindl
• Through shoot tip culture
• Growth regulator
• Application of thin cell layer culture
• Cell layer culture
• Chrysanthemum indicum
• Removed were collected
• Study on in vitro propagation of Giao Co Lam
• Gynostemma pentaphyllium Thunb
• Giao Co Lam
• Rapid shoot multiplication
• During the nursery stage
• The highest shoots
• Summary of Agricultural Doctoral thesis
• Summary of Doctoral thesis
• In vitro propagation process
• Biological activity of essential oil
• Indigenous ginger
• Medicinal value
• Shoot tip culture
• Medicinally valuable traditional banana cultivar
• Different geographical locations
• Mercuric chloride
• Sodium hypochloride
• Nodal segments
• Reducing microbial contamination
• Vitro propagation of lasora