Add to ORKGFilaments of Oedocladium prescottii ISLAM, collected from China, are characterized by a series of caps which are attached to the wall of consecutive vegetative cells. The lateral displacement of the caps is determined by the structure of the top cell which has an asymmetric anterior weakening site. It is speculated that this structure is an adaptive mechanism for growth in soil. Examination of the vegetative cell structure and the mechanism of cell division in Oedocladium give additional insight in some aspects of branch development and tip growth
Under the light and electron microscopes, the structure of the cell walls of members of the 11 order...
<div><p>Representatives of the closely related genera, <i>Interfilum</i> and <i>Klebsormidium</i>, a...
Bryophytes as well as charophycean algae can be used as simple model systems for studying the evolut...
Cell wall structure was investigated in 20 different red algae. Representatives from all 4- families...
Cytokinesis and the subsequent development of the cell shape is examined in Ceratium tripos. Divisio...
A rare terrestrial species, Oedogonium pakistanense, was first recorded from Hubei Province, south-c...
The unique cytokinetic apparatus of higher plant cells comprises two cytoskeletal systems: A predict...
The mechanisms through which plant cells control growth and shape are the result of the coordinated ...
Plant cell walls are essential for proper growth, development, and interaction with the environment....
This study focused on the primary cell wall constituents and plasmodesmata (PD) density in three mos...
The mechanisms through which plant cells control growth and shape are the result of the coordinated ...
Study of charophycean green algae, including the Coleochaetales, may shed light on the evolutionary ...
<p>Plant cytokinesis is orchestrated by a specialized structure, the phragmoplast. The phragmoplast ...
Siphonous plants represent an alternate scheme to the way most macroscopic plants are constructed. T...
Plant morphogenesis is governed by the mechanics of the cell wall-a stiff and thin polymeric box tha...
Under the light and electron microscopes, the structure of the cell walls of members of the 11 order...
<div><p>Representatives of the closely related genera, <i>Interfilum</i> and <i>Klebsormidium</i>, a...
Bryophytes as well as charophycean algae can be used as simple model systems for studying the evolut...
Cell wall structure was investigated in 20 different red algae. Representatives from all 4- families...
Cytokinesis and the subsequent development of the cell shape is examined in Ceratium tripos. Divisio...
A rare terrestrial species, Oedogonium pakistanense, was first recorded from Hubei Province, south-c...
The unique cytokinetic apparatus of higher plant cells comprises two cytoskeletal systems: A predict...
The mechanisms through which plant cells control growth and shape are the result of the coordinated ...
Plant cell walls are essential for proper growth, development, and interaction with the environment....
This study focused on the primary cell wall constituents and plasmodesmata (PD) density in three mos...
The mechanisms through which plant cells control growth and shape are the result of the coordinated ...
Study of charophycean green algae, including the Coleochaetales, may shed light on the evolutionary ...
<p>Plant cytokinesis is orchestrated by a specialized structure, the phragmoplast. The phragmoplast ...
Siphonous plants represent an alternate scheme to the way most macroscopic plants are constructed. T...
Plant morphogenesis is governed by the mechanics of the cell wall-a stiff and thin polymeric box tha...
Under the light and electron microscopes, the structure of the cell walls of members of the 11 order...
<div><p>Representatives of the closely related genera, <i>Interfilum</i> and <i>Klebsormidium</i>, a...
Bryophytes as well as charophycean algae can be used as simple model systems for studying the evolut...