In Vitro Mass Multiplication of Anthurium andreanum (HORT) Cultivars

Prakasha, D. P.; Ramya, G.; Srinivasalu, G.B.

doi:10.20546/ijcmas.2017.609.317

Cited by 2 publications

(4 citation statements)

References 5 publications

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“…Na produção de mudas micropropagadas de antúrio, entre as citocininas utilizadas na fase de multiplicação, a 6-benzilaminopurina (BAP) tem sido mencionada como a mais eficiente na regeneração de brotos, com concentrações variando de 0,27 µM a 25,00 µM (ISLAM et al, 2010;GU et al, 2012;CARDOSO;HABERMANN, 2014;AJDARBIN et al, 2015;BHATTACHARYA et al, 2015;PERERA et al, 2016;GUADALUPE;MAYANIN, 2017;PRAKASHA et al, 2017;SAPTARI et al, 2017;THOKCHOM;MAITRA, 2017;ZANG et al, 2017;BHAVANA et al, 2018).…”

Section: Methodsunclassified

“…Several protocols are available in the scientific literature for the production of micropropagated plantlets of Anthurium andraeanum via organogenesis (ISLAM et al, 2010;GU et al, 2012;CARDOSO;HABERMANN, 2014;AJDARBIN et al, 2015;BHATTACHARYA et al, 2015;PERERA et al . ;2016;GUADALUPE;MAYANIN, 2017;PRAKASHA et al, 2017;SAPTARI et al, 2017;THOKCHOM;MAITRA, 2017;ZHANG et al, 2017). Silva et al (2015) state that the MS growth medium (MURASHIGE;SKOOG, 1962) is the most often used in the in vitro propagation of anthurium.…”

Section: Introductionmentioning

confidence: 99%

“…Na literatura científica estão disponíveis vários protocolos para a produção de mudas micropropagadas de Anthurium andraeanum pela via organogênica (ISLAM et al, 2010;GU et al, 2012;CARDOSO;HABERMANN, 2014;AJDARBIN et al, 2015;BHATTACHARYA et al, 2015;PERERA et al;2016;GUADALUPE;MAYANIN, 2017;PRAKASHA et al, 2017;SAPTARI et al, 2017;THOKCHOM;MAITRA, 2017;ZHANG et al, 2017). Silva et al (2015) mencionam que o meio de cultivo MS (MURASHIGE;SKOOG, 1962) é o mais utilizado como meio basal na propagação in vitro de Anthurium.…”

Section: Introductionunclassified

“…The in vitro multiplication of anthurium cv. Eidibel Among the cytokinins used during the multiplication phase in the production of micropropagated anthurium plantlets, 6-benzylaminopurine (BAP) has been mentioned as the most efficient for shoot regeneration at concentrations ranging from 0.27 µM to 25.00 µM ( ISLAM et al, 2010;GU et al, 2012;CARDOSO;HABERMANN, 2014;AJDARBIN et al, 2015;BHATTACHARYA et al, 2015;PERERA et al, 2016;GUADALUPE;MAYANIN, 2017;PRAKASHA et al ., 2017;SAPTARI et al, 2017;THOKCHOM;MAITRA, 2017;ZANG et al, 2017;BHAVANA et al, 2018).…”

Section: Introductionmentioning

confidence: 99%

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The in vitro multiplication of anthurium cv. Eidibel

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2020

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Anthurium is one of the most marketed species in international floriculture. The availability of sufficient plants of phytosanitary quality is a limiting factor in their commercial cultivation. Micropropagation is the most common technique used in producing plantlets on a large scale. The aim of this study was to determine the most suitable relationship between growth medium, BAP concentration and photoperiod for increasing the in vitro multiplication rate of the ‘Eidibel’ cultivar. A completely randomised design was used in a 2 x 9 x 2 factorial scheme with 20 replications. The treatments comprised combinations of two types of growth medium (MS and Pierik), nine concentrations of BAP (0.0; 1.11; 2.22; 3.33; 4.44; 5.55; 6.66; 7.77 and 8.88 μM), and two photoperiods (12 and 16 h). The number of shoots per explant (NSE) and percentage of explants forming organogenic calli (FOC) and roots (FR) were evaluated after 60 days. The highest values for NSE, 3.66 and 4.69, were obtained in the MS and Pierik growth media, containing 8.88 μM and 4.85 μM BAP respectively. The NSE was higher under the 12-hour regime in the MS medium, and equal under the two photoperiods in the Pierik medium. The lower the BAP concentration, the greater the percentage of root formation and the smaller the percentage of organogenic calli. The Pierik medium is recommended for the production of micropropagated ‘Eidibel’ plantlets, with the addition of 4.85 μM BAP, under a photoperiod of 12 h.

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