1994
DOI: 10.1007/978-3-642-57970-7_20
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Pteridium aquilinum (L.) Kuhn (Bracken Fern): In Vitro Culture and the Production of Ecdysteroids

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Cited by 8 publications
(3 citation statements)
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“…Clarke Commelinaceae Cell suspension MS with BAP (3.0 mg l −1 ) + NAA (0.2 mg l −1 ) Elicitors: MeJA, AgNO 3 20E Wang et al ( 2014 ) Polypodium vulgare L. Polypodiaceae Prothalli cultures ½ MS Precursors: MVA, cholesterol, ecdysone Ecdysone, 20E, polypodine B, pterosterone Reixach et al ( 1996 ) ½ MS temp. 45 °C Reixach et al ( 1997 ) ½ MS with BAP (to 30 mg l −1 ) + 2,4-D (0–3.0 mg l −1 ) Camps et al ( 1990 ) Pteridium aquilinum L. Kuhn Pteridaceae Callus and cell suspension MS with 2,4-D (1.0 μM) + Kin (1.0 μM) or MS with NAA (1.0 μM) + Kin (1.0 μM) 20E, ecdysone, ponasterone, polypodine B Macek and Vanek ( 1994 ) Rhaponticum carthamoides (Willd.) Iljin Asteraceae Hairy roots Hormone free SH, WPM and B 5 20E Skała et al ( 2015 ) Serratula tinctoria L. Asteraceae Callus and cell suspension MS with 2,4-D (5.0 mg l −1 ) or 2,4-D (5.0 mg l −1 ) and BAP (0.2 mg l −1 ) 20E, 20E − 3-acetate, polypodine B Corio-Costet et al (1993, 1996 ) Hairy roots Hormone free MS Precursors: MVA, cholesterol Delbecque et al ( 1995 ) Hormone free MS Precursor: cholesterol Corio-Costet et al ( 1996 , 1999 ) Trianthema portulacast...…”
Section: Ecdysteroid Production In Plant In Vitro Culturesmentioning
confidence: 99%
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“…Clarke Commelinaceae Cell suspension MS with BAP (3.0 mg l −1 ) + NAA (0.2 mg l −1 ) Elicitors: MeJA, AgNO 3 20E Wang et al ( 2014 ) Polypodium vulgare L. Polypodiaceae Prothalli cultures ½ MS Precursors: MVA, cholesterol, ecdysone Ecdysone, 20E, polypodine B, pterosterone Reixach et al ( 1996 ) ½ MS temp. 45 °C Reixach et al ( 1997 ) ½ MS with BAP (to 30 mg l −1 ) + 2,4-D (0–3.0 mg l −1 ) Camps et al ( 1990 ) Pteridium aquilinum L. Kuhn Pteridaceae Callus and cell suspension MS with 2,4-D (1.0 μM) + Kin (1.0 μM) or MS with NAA (1.0 μM) + Kin (1.0 μM) 20E, ecdysone, ponasterone, polypodine B Macek and Vanek ( 1994 ) Rhaponticum carthamoides (Willd.) Iljin Asteraceae Hairy roots Hormone free SH, WPM and B 5 20E Skała et al ( 2015 ) Serratula tinctoria L. Asteraceae Callus and cell suspension MS with 2,4-D (5.0 mg l −1 ) or 2,4-D (5.0 mg l −1 ) and BAP (0.2 mg l −1 ) 20E, 20E − 3-acetate, polypodine B Corio-Costet et al (1993, 1996 ) Hairy roots Hormone free MS Precursors: MVA, cholesterol Delbecque et al ( 1995 ) Hormone free MS Precursor: cholesterol Corio-Costet et al ( 1996 , 1999 ) Trianthema portulacast...…”
Section: Ecdysteroid Production In Plant In Vitro Culturesmentioning
confidence: 99%
“…However, high dose of cytokinin (BAP) and low dose or absence of auxins (2,4-D) promoted an increase of β-ecdysone content in in vitro culture of Polypodium vulgare (Camps et al 1990 ). Optimal biomass growth and quantity of ecdysone was obtained in a medium with NAA and Kin for calli culture of Pteridium aquilinum (Macek and Vanek 1994 ). The phytoecdysteroid production by Ajuga reptans in vitro cultures was higher in tissues cultured in media supplemented with plant hormones than in basal media.…”
Section: Ecdysteroid Production In Plant In Vitro Culturesmentioning
confidence: 99%
“…En la fase gametofítica (haploide) se ha descrito porcentaje de germinación, desarrollo protálico y formación del esporofito de poblaciones silvestres (Conway, 1949); inducción de esporofitos apogámicos bajo diferentes concentraciones de glucosa y sacarosa (Whittier & Steeves, 1960;Whittier, 1964); el efecto de la luz en el patrón de división celular en las primeras etapas de desarrollo del gametofito, en específico de fase filamentosa a fase bidimensional (2D) (Sobota & Partanen, 1966); para la observación de gametofitos maduros y de los anterozoides (Elmore & Adams, 1976); y la caracterización del transcriptoma de la fase gametofítica (Der, Barker, Wickett, & Wolf, 2011). En la fase esporofítica (diploide) los estudios son pocos: se encuentra el trabajo de cultivo y desarrollo de las raíces in vitro (Partanen & Partanen, 1963); y el de propagación de esporofitos para la obtención de ecdisteroides, metabolito utilizado para el control de plagas en cultivos (Macek & Vaněk, 1994). A pesar de que se ha utilizado este helecho para diferentes objetivos usando el cultivo in vitro, no hay investigaciones que abarquen la descripción de su ciclo de vida completo.…”
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