Data are represented as moving average ± SD of 25 values obtained from extracted vascular bundles (n ≧ 357) from 9 blocks from 3 culms of different ages (see Table 2).</p
The variation of the circulus arteriosus is studied using multivariate methods. The data which form ...
<p>The soft-to-hard tissue movement ratio in different regions based on the different reference plan...
<p>In controls, the arteries appeared to be centered on a peak at 100–120 µm whatever the time of an...
Area (A), eccentricity (B), aspect (C, tangential width/radial width), relative distance (D) of vasc...
<p>3D representation of average stem of each genotype, together with estimated intensity map of vasc...
Analyses example of vascular bundles of the 2nd internode extracted by U-Net model 2 (A-C). Radial p...
Histograms for the external diameter, internal diameter, and wall thickness in the kidney, heart and...
The cellular structure of plant tissues is a key parameter for determining their properties. While t...
<p><b>Copyright information:</b></p><p>Taken from "Dynamic morphometric characterization of local co...
The cellular structure of plant tissues is a key parameter for determining their properties. While t...
Vascular bundles are expressed as brown area. The internode around base has vascular bundles with la...
The area ratio, defined as the combined cross-sectional areas of the daughter branches divided by th...
(A) original (left) and labeled (right) images obtained by Model 2. Scale = 1 mm. (B) area ratio of ...
The variation of the circulus arteriosus is studied using multivariate methods. The data which form ...
<p>(<b>A</b>) Stem and vascular bundle count. (<b>B</b>) Stem height (black) and stem fresh weight (...
The variation of the circulus arteriosus is studied using multivariate methods. The data which form ...
<p>The soft-to-hard tissue movement ratio in different regions based on the different reference plan...
<p>In controls, the arteries appeared to be centered on a peak at 100–120 µm whatever the time of an...
Area (A), eccentricity (B), aspect (C, tangential width/radial width), relative distance (D) of vasc...
<p>3D representation of average stem of each genotype, together with estimated intensity map of vasc...
Analyses example of vascular bundles of the 2nd internode extracted by U-Net model 2 (A-C). Radial p...
Histograms for the external diameter, internal diameter, and wall thickness in the kidney, heart and...
The cellular structure of plant tissues is a key parameter for determining their properties. While t...
<p><b>Copyright information:</b></p><p>Taken from "Dynamic morphometric characterization of local co...
The cellular structure of plant tissues is a key parameter for determining their properties. While t...
Vascular bundles are expressed as brown area. The internode around base has vascular bundles with la...
The area ratio, defined as the combined cross-sectional areas of the daughter branches divided by th...
(A) original (left) and labeled (right) images obtained by Model 2. Scale = 1 mm. (B) area ratio of ...
The variation of the circulus arteriosus is studied using multivariate methods. The data which form ...
<p>(<b>A</b>) Stem and vascular bundle count. (<b>B</b>) Stem height (black) and stem fresh weight (...
The variation of the circulus arteriosus is studied using multivariate methods. The data which form ...
<p>The soft-to-hard tissue movement ratio in different regions based on the different reference plan...
<p>In controls, the arteries appeared to be centered on a peak at 100–120 µm whatever the time of an...
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