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Martin Vágner

2004

Název Interní autoři Publication type Štítky
226Ra uptake from soils into different plant species Martin Vágner Journal
The role of cytokinins and ethylene in bean cotyledon senescence. The effect of free radicals. Ivana Macháčková, Martin Vágner Journal
Trichloroacetic acid in Norway spruce/soil-system. II. Distribution and degradation in the plant Martin Vágner Journal
Changes in water status and proline and abscisic acid concentrations in developing somatic embryos of pedunculate oak (Quercus robur) during maturation and germination Martin Vágner Journal

2003

Název Interní autoři Publication type Štítky
Trichloracetic acid and Norway spruce Martin Vágner Journal
Phytoremediation of selected explosives Martin Vágner Journal

2001

Název Interní autoři Publication type Štítky
Ex vitro phenotype stability is affected by in vitro cultivation Martin Vágner Journal

2000

Název Interní autoři Publication type Štítky
The development of early somatic embryos of Abies cephalonica Zuzana Vondráková, Jana Opatrná, Martin Vágner Symposium poster
Immunolocalization of cytokinins in Norway spruce somatic embryos Zuzana Vondráková, Lucie Fischerová, Martin Vágner, Ivana Macháčková Symposium poster

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AmaranthusanatomyantioxidantsappleapplesArabidopsis thalianaarracachaautophagyautophagy-related genesautophagy.related genesbeechbeechnutcalcium oxalateCannabis sativacarotenoidsCell densityChenopodiumchitinasesCleavage polyembryonyCommercial companiesCommercializationcytokinin derivativesdesiccationdevelopmentDisanthusdormancyDouglas-firDouglas firembryoembryogenesisembryogenic cultureFagus sylvaticaflavonoidsfloral iductionflow cytometryfloweringForest reproductive materialgene expressiongerminationglucanaseshemphistochemistryimage analysisimmunolabellinginductionIn vitro propagationin vitro regenerationlarchLarix eurolepismaritime pinemicropropagationmicroscopynon-embryogenic cellsNorway spruceorganogenesisoxidative stressphenolic acidsphenolicsphenolsphotoperiodphytohormonesPicea abiespolyaminespolyphenolic compoundsproliferationProtein patternproteomePseudotsuga menziesiiputrescineResearchrootsignallingsomaclonal variationsomatic embryogenesisspermidinesperminestarchstarch grainsstereologystorage compoundsstorage proteinsTechnology transferTissue culturetissue culturestobacco cell culturetranscriptometransformationUV-B irradiationUV-B radiationVegetative propagationWoody fruit cropsyaconzygotic embryoβ-1,3-glucanases

Random image

Fig. 1. Somatic embryogenesis in yacon. (a) Callus (black arrow: non-embryogenic callus, white arrow: proembryogenic callus) (bar, 2 mm). (b) Proembryonic callus (bar, 1.5 mm). (c) Globular to early heart stage embryos (bar, 1 mm). (d) Embryo in early-cotyledonary stage (bar, 4 mm). (e) Cotyledonary embryo with a ruptures (bar, 0.2 mm). (f) Formation of adventitious roots in abnormal embryos (bar, 0.4 mm). (g) Germinated embryo (bar, 0.4 mm). (h) Plantlet regenerated (bar, 1.2 cm).
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  • Institute of Experimental Botany AS CR
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