The ultrastructure of the cell walls of Sagittaria sаgittifolia and Trapa natans leaf epidermis and mesophyll was studied under a transmission electron microscope. The structural features of epidermal cell walls of submerged leaves were observed in opposition to cell walls of air and floating leaves. There were observed the decreasing of the thickness of periclinal cell walls in epidermis and loosening inside cellulose microfibrils for submerged leaves. There were also obtained the increasing of hemicelluloses and lignin contents, as well as the decreasing of cellulose content in submerged leaves. These data are discussed in context of the apoplast transport in submerged leaves
Microlepis oleaefolia (D.C.) Triana, an endemic species of Melastomataceae from the Brazilian cerrad...
This study focused on the primary cell wall constituents and plasmodesmata (PD) density in three mos...
The leaf epidermis of Nicotians tabacum L. was studied using high-resolution field emission scanning...
Ultrastructure of epidermal surface of floating and submerged leaves of Trapa natans at vegetative p...
The localization and relative content of callose in Sagittaria sagittifolia L. cell walls of epiderm...
The comparative analysis of ultrastructure of the photosynthetic cells and pigment content of Trapa ...
Leaf blade epidermal cells of the marine angiosperm Halodule uninervis (Forssk.) Aschers resemble tr...
The microstructure of the organs surface of the water fern Salvinia natans (L.) All. has been studie...
The cell wall architecture of leaf tissues of the resurrection plant Craterostigma wilmsii at variou...
Morphological and anatomical features of floating and submerged (linear and dissected) leaves have b...
Mature leaves of Paepalanthus superbus exhibit intercellular protuberances between the inner pericli...
AbstractBackgroundA leaf cuticle has different structures and functions as a barrier to water loss a...
Background: A leaf cuticle has different structures and functions as a barrier to water loss and as ...
The comparative analysis of the anatomical study, chloroplast ultrastructure and pigments content of...
<p>(a–c) Light microscopic observations of mesophyll cell structure of the HW F<sub>1</sub> and thei...
Microlepis oleaefolia (D.C.) Triana, an endemic species of Melastomataceae from the Brazilian cerrad...
This study focused on the primary cell wall constituents and plasmodesmata (PD) density in three mos...
The leaf epidermis of Nicotians tabacum L. was studied using high-resolution field emission scanning...
Ultrastructure of epidermal surface of floating and submerged leaves of Trapa natans at vegetative p...
The localization and relative content of callose in Sagittaria sagittifolia L. cell walls of epiderm...
The comparative analysis of ultrastructure of the photosynthetic cells and pigment content of Trapa ...
Leaf blade epidermal cells of the marine angiosperm Halodule uninervis (Forssk.) Aschers resemble tr...
The microstructure of the organs surface of the water fern Salvinia natans (L.) All. has been studie...
The cell wall architecture of leaf tissues of the resurrection plant Craterostigma wilmsii at variou...
Morphological and anatomical features of floating and submerged (linear and dissected) leaves have b...
Mature leaves of Paepalanthus superbus exhibit intercellular protuberances between the inner pericli...
AbstractBackgroundA leaf cuticle has different structures and functions as a barrier to water loss a...
Background: A leaf cuticle has different structures and functions as a barrier to water loss and as ...
The comparative analysis of the anatomical study, chloroplast ultrastructure and pigments content of...
<p>(a–c) Light microscopic observations of mesophyll cell structure of the HW F<sub>1</sub> and thei...
Microlepis oleaefolia (D.C.) Triana, an endemic species of Melastomataceae from the Brazilian cerrad...
This study focused on the primary cell wall constituents and plasmodesmata (PD) density in three mos...
The leaf epidermis of Nicotians tabacum L. was studied using high-resolution field emission scanning...