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Jana Kališová

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AmaranthusanatomyantioxidantsappleapplesArabidopsis thalianaarracachaautophagyautophagy-related genesautophagy.related genesbeechbeechnutcalcium oxalateCannabis sativacarotenoidsCell densityChenopodiumchitinasesCleavage polyembryonycytokinin derivativesdesiccationdevelopmentDisanthusdormancyDouglas-firDouglas firembryoembryogenesisembryogenic cultureFagus sylvaticaflavonoidsfloral iductionflow cytometryfloweringgene expressiongerminationglucanaseshemphistochemistryimage analysisimmunolabellinginductionin vitro regenerationlarchmaritime pinemicropropagationmicroscopynon-embryogenic cellsNorway spruceorganogenesisoxidative stressphenolic acidsphenolicsphenolsphotoperiodphytohormonesPicea abiespolyaminespolyphenolic compoundsproliferationProtein patternproteomePseudotsuga menziesiiputrescineResearchrootsignallingsomaclonal variationsomatic embryogenesisspermidinesperminestarchstarch grainsstereologystorage compoundsstorage proteinstissue culturestobacco cell culturetranscriptometransformationUV-B irradiationUV-B radiationVegetative propagationyaconzygotic embryoβ-1,3-glucanases

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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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