Optimizing the In Vitro Propagation of Tea Plants: A Comparative Analysis of Machine Learning Models
HorticulturaeIn this study, we refine in vitro propagation techniques for Camellia sinensis using a machine learning approach to ascertain the influence of different shooting and rooting conditions on key growth metrics.
Taner Bozkurt +4 more
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In-vitro proliferation of Musa balbisiana improves with increased vitamin concentration and dark culturing [PDF]
, 2015 Musa balbisiana is a wild banana genotype with important traits such as drought tolerance and disease resistance. Uniform and clean plants are often required to study these traits in different laboratories but plants can only be generated through a ...
Karamura, E.B. +5 more
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Establishment of in vitro tissue cultures from Echinacea angustifolia D.C. adult plants for the production of phytochemical compounds [PDF]
, 2009 SUMMARY The establishment of in vitro cultures of Echinacea angustifolia D.C. was obtained directly from sections of flower stalks of adult plants. The shoot formation was obtained from this plantmaterial placed on a modified MS basal medium named CH ...
Bertoli, Alessandra +3 more
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Regeneration of begonia plantlets by direct organogenesis [PDF]
, 2009 The economic importance of ornamentals worldwide suggests a bright future for ornamental breeding. Rapid progress in plant molecular biology has great potentials to contribute to the breeding of novel ornamental plants utilizing recombinant DNA ...
Curuk, P. +6 more
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The rootstock clones in rubber tree: a new varietal type toward the rejuvenated bi-clone [PDF]
, 2008 Cloning rubber rootstocks by microcutting will remove the genetic variability of the seedling rootstocks; Moreover, it will open the way to the breeding of rootstock clones regarding main challenges as the growth-vigor of the trees, the water stress ...
Carron, Marc-Philippe +6 more
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Micropropagation in viticulture: twenty years of experience
Advances in Horticultural Science, 2013 Vitroplant began as a micropropagation laboratory in the early 1980’s to respond to a growing need for hybrid peach-almond GF677 rootstocks that were particularly suited to excessively dry or soils inducing chlorosis and for replanting.
O. Navacchi, G. Zuccarelli
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Micropropagation ofFagus sylvatica L.
In Vitro Cellular & Developmental Biology - Plant, 1993 An in vitro shoot multiplication system was established from juvenile Fagus sylvatica L. tissues, and plantlets were regenerated. Embryonic axes were excised from beech seeds and germinated in vitro on media supplemented with 6-benzyladenine (BA) to obtain plantlets with axillary shoots.
Viéitez Martín, Ana María +2 more
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RUDN Journal of Agronomy and Animal Industries, 2016 In vitro coculture of plant tissue explants with beneficial microorganisms enhance their tolerance to abiotic and biotic stresses. The induced resistance response caused by the inoculants is referred to as “biotization”.
M I Yablonskaya +2 more
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Possibilities and limitations of vegetative propagation in breeding and mass propagation of Norway spruce [PDF]
, 2003 The use of vegetative mass propagation in practical forestry with Norway spruce (Picea abies (L.) Karst.) is limited at present, although its potential to deliver high genetic gains is obvious.
Högberg, Karl-Anders
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MICROPROPAGATION OF SWEET CHERRY CULTIVARS FOR GENETIC MODIFICATION PURPOSES [MIKROPROPAGACE ODRŮD TŘEŠNĚ PTAČÍ PRO ÚČELY GENETICKÝCH MODIFIKACÍ] [PDF]
Vědecké Práce OvocnářskéPlant tissue techniques have been used for decades for commercial plant multiplication and research purposes. For some species not easily propagated under in vitro conditions, efficient micropropagation protocols are still missing.
Michaela Burešová, Radek Čmejla
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