Results 181 to 190 of about 2,698 (193)

Characteristics of Arbuscular Mycorrhizal Fungal Infection in Dimorphic Exodermis of Feeder Roots in Asparagus Seedlings.

Engei Gakkai zasshi, 1999
The characteristics of infection of five arbuscular mycorrhizal fungi in the dimorphic exodermis consisting of short and long cells in feeder roots of asparagus [Asparagus officinalis L., cv. MW500W and Welcome] seedlings were investigated. Eight weeks after inoculation with the five fungal species, infection and symbiosis were detected in both ...
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Diferenciace exodermis v podmínkách nedostatku živin, vliv fytohormonů.

2018
Apoplastic barriers (exodermis and endodermis) control free movement of substances by apoplast, which is achieved by specific cell wall modifications. Differentiation of these barriers is to some extent variable. It has been demonstrated many times that the differentiation of root apoplastic barriers is strongly influenced by unfavourable environmental
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Variabilita a mechanismy diferenciace exodermis v kořenech rostlin

2016
Environmental conditions affect the formation of apoplastic barriers (endodermis and exodermis) in roots. This was shown on many species in many research papers. The exodermal layer is more variable in response to stress conditions than endodermal layer. Cadmium toxicity, as many other stresses, induces faster development of apoplastic barriers.
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Studies on the physiological sheaths in roots I. Ultrastructure of the exodermis inHoya carnosa L.

Protoplasma, 1978
InHoya roots most exodermal cells are elongated and a band of suberin lamellae is formed in all their walls early in development; later on carbohydrate tertiary wall layers are deposited inside the suberin lamellae. Some exodermal cells which are restricted to root hair-bearing areas are short and unsuberized but their outer tangential wall is ...
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Vliv diferenciace exodermis na lokalizaci příjmu živin v kořeni

2018
Plants are able to cope with changing environmental conditions or withstand its adverse effects due to their plastic development. One way to adapt to fluctuating amounts of nutrients and water in the environment or the presence of toxic substances is to regulate the movement of substances between the plant and the environment.
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Molecular mechanism of silicon-induced development of Casparian bands in the exodermis of Oryza sativa

2018
Silizium (Si) ist das zweithäufigste Element im Boden. Es wird von Gräsern in Form von Kieselsäure aktiv aufgenommen und hat viele positive Effekte auf Pflanzen. Einer dieser Effekte ist die Förderung der Bildung des Casparischen Streifens in Oryza sativa.
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Zur Kenntnis der Exodermis der Asclepiadaceen

Planta, 1927
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Fylogenetická a vývojová plasticita struktury endodermis a exodermis v kořenech vyšších rostlin

2013
Root endodermis and exodermis form apoplastic barriers for the movement of water and solutes into and out of the plant root system. Both layers have modified cell walls with Casparian strips. They often develope suberin lamela as a secondary development stage and thickened cellulose, sometimes lignified, wall as a tertiary development stage. Endodermis,
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Über Musterbildung in der Rhizodermis und Exodermis bei einigen Angiospermen und einer Polypodiacee

Österreichische Botanische Zeitschrift, 1953
Elisabeth Tschermak-Woess, Gertrude Hasitschka   +1 more
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Erratum: Current insights into the development, structure, and chemistry of the endodermis and exodermis of roots

Canadian Journal of Botany, 2003
Fengshan Ma, Carol A Peterson
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