<p>The experiments were repeated for 3 times with at least five plants for each time. (A) Wax crystals on the WT leaf were dense, with high proportion of tubular-like wax crystals. (B and C) Wax crystals are sparsely distributed on <i>BraLTP1-20 and BraLTP1-22 B. napus</i> leaves. Bar = 5 µm.</p
Epicuticular wax (EW) forms the outermost layer over aerial portions of a plant. EW has been studied...
AbstractEpicuticular wax forms the outermost protective barrier of the aerial surfaces of land plant...
The current study is focused on the characterization of four natural leaf species (quaking, bigtooth...
Thirty-three chemically-induced mutant isolines were divided into 14 epicuticular wax (EW) classes b...
<p>Adaxial surface of leaf 3 of <i>crw1</i> (<b>A</b>) and wild-type (<b>E</b>), covered with crysta...
Plant cuticles form an external barrier, primarily blocking water loss into the desiccating atmosphe...
Fig. 1. Leaf surfaces of the three plant species with slow foliar water uptake strategy under scanni...
In grasses, leaf cells divide and expand within the sheaths of older leaves, where the micro-environ...
Plants coat themselves in a cuticle to hinder transpiration across the vast surface areas they requi...
Wax morphology and chemical composition are widely accepted to be important for the protective prope...
Plant cuticles seal above-ground organs against non-stomatal water loss, and therefore are vital for...
Eighteen species of Eucalyptus L'Hér. were studied for changes in wax morphology of juvenile foliag...
The cuticle is an external barrier of aerial plant organs that prevents desiccation. It is composed ...
Copyright © 2006 Elsevier Masson SAS All rights reserved.This study investigated the seasonal modifi...
Leaf cuticular waxes are known to influence both biotic and abiotic stress tolerances of plants. The...
Epicuticular wax (EW) forms the outermost layer over aerial portions of a plant. EW has been studied...
AbstractEpicuticular wax forms the outermost protective barrier of the aerial surfaces of land plant...
The current study is focused on the characterization of four natural leaf species (quaking, bigtooth...
Thirty-three chemically-induced mutant isolines were divided into 14 epicuticular wax (EW) classes b...
<p>Adaxial surface of leaf 3 of <i>crw1</i> (<b>A</b>) and wild-type (<b>E</b>), covered with crysta...
Plant cuticles form an external barrier, primarily blocking water loss into the desiccating atmosphe...
Fig. 1. Leaf surfaces of the three plant species with slow foliar water uptake strategy under scanni...
In grasses, leaf cells divide and expand within the sheaths of older leaves, where the micro-environ...
Plants coat themselves in a cuticle to hinder transpiration across the vast surface areas they requi...
Wax morphology and chemical composition are widely accepted to be important for the protective prope...
Plant cuticles seal above-ground organs against non-stomatal water loss, and therefore are vital for...
Eighteen species of Eucalyptus L'Hér. were studied for changes in wax morphology of juvenile foliag...
The cuticle is an external barrier of aerial plant organs that prevents desiccation. It is composed ...
Copyright © 2006 Elsevier Masson SAS All rights reserved.This study investigated the seasonal modifi...
Leaf cuticular waxes are known to influence both biotic and abiotic stress tolerances of plants. The...
Epicuticular wax (EW) forms the outermost layer over aerial portions of a plant. EW has been studied...
AbstractEpicuticular wax forms the outermost protective barrier of the aerial surfaces of land plant...
The current study is focused on the characterization of four natural leaf species (quaking, bigtooth...