<p>A: Cell death pattern (CDP). B: CDP mapped to the bottom layer of a colony in which the cells are in a quasi stable state. The upper layer of the colony is not shown in this image. C: Relief of lateral mechanical stress at the CDP area gives rise to the wrinkles. D: Reconstructed surface of biofilm. E: Velocity vectors and convergence of vector fields computed from material movement. F: Spatial correlation of CDP (green) and wrinkles (red). G: “Smiley face” simulation: an artificially designed cell death pattern results in wrinkle formation in the simulation shown in the lower panel (Grey scale proportional to height).</p
A variety of fascinating morphological patterns arise on surfaces of growing, developing or aging ti...
<p>(A) Geometric representation of cells. Cell <i>a</i>, in isolation, is modeled as a disk. Cell <i...
Biological world metabolizes itself with germination, growth, development, and aging every second. A...
<p>The figure shows a cross-sectional image of simulated wrinkle formation. Green indicates the area...
The complex morphologies observed in many biofilms play a critical role in the survival of these mic...
<p><b>A.</b> Colony height versus the width of the cell death region (<i>W</i><sub><i>D</i></sub>) f...
Biofilms are currently recognised as the predominant bacterial life-style and it has been suggested ...
<p>(A) Images from a sample simulation of fission in the epithelial layer at times t = 0, 50, and 10...
In this paper, we investigate the role of cell death in promoting pattern formation within bacterial...
Biofilm formation is a common lifestyle adapted by bacteria and fungi in response to various environ...
<p>Left pictures represent numerical objects at 99% coverage of the sphere surface (color-coded as i...
In tissue, cells are obliged to confine and adapt to a specific geometric shape due to the surroundi...
Biofilms are antibiotic-resistant bacterial aggregates that grow on moist surfaces and can trigger h...
<p><b>A:</b> Surface sections (left) and cross-sections (right) of the ventral epithelium of the <i>...
The three-dimensional nature of tissue establishes a biophysical environment which regulates auto- ...
A variety of fascinating morphological patterns arise on surfaces of growing, developing or aging ti...
<p>(A) Geometric representation of cells. Cell <i>a</i>, in isolation, is modeled as a disk. Cell <i...
Biological world metabolizes itself with germination, growth, development, and aging every second. A...
<p>The figure shows a cross-sectional image of simulated wrinkle formation. Green indicates the area...
The complex morphologies observed in many biofilms play a critical role in the survival of these mic...
<p><b>A.</b> Colony height versus the width of the cell death region (<i>W</i><sub><i>D</i></sub>) f...
Biofilms are currently recognised as the predominant bacterial life-style and it has been suggested ...
<p>(A) Images from a sample simulation of fission in the epithelial layer at times t = 0, 50, and 10...
In this paper, we investigate the role of cell death in promoting pattern formation within bacterial...
Biofilm formation is a common lifestyle adapted by bacteria and fungi in response to various environ...
<p>Left pictures represent numerical objects at 99% coverage of the sphere surface (color-coded as i...
In tissue, cells are obliged to confine and adapt to a specific geometric shape due to the surroundi...
Biofilms are antibiotic-resistant bacterial aggregates that grow on moist surfaces and can trigger h...
<p><b>A:</b> Surface sections (left) and cross-sections (right) of the ventral epithelium of the <i>...
The three-dimensional nature of tissue establishes a biophysical environment which regulates auto- ...
A variety of fascinating morphological patterns arise on surfaces of growing, developing or aging ti...
<p>(A) Geometric representation of cells. Cell <i>a</i>, in isolation, is modeled as a disk. Cell <i...
Biological world metabolizes itself with germination, growth, development, and aging every second. A...