<p>The first two components of SVD analysis explain 72.4%, 65.9%, 66.5% of the variance for each tissue type, respectively. SVD yields a linear separation between in vitro and histology cancerous tissue samples. Two clusters (red and green) are very well separated, with few outliers. This defines and quantifies a structural difference between engineered tissues and the native tissues.</p
Molecular analysis of patient tissue samples is essential to characterize the in vivo variability in...
<p>The SNR of the samples within the complete study (x-axis) are compared with their SNR when removi...
(A) Tissue samples were obtained from tumor (0 mm) and tumor adjacent tissue at 5 mm, 10 mm, 15 mm, ...
<p>We identified no time point in the development of the in vitro samples that is mathematically sim...
<p>Representative H&E images (column 1) of tumor, tumor+muscle (T+M), muscle, and adipose tissue and...
The structure/function relationship is fundamental to our understanding of biological systems at all...
<div><p>The <em>structure/function relationship</em> is fundamental to our understanding of biologic...
<p>Tissue-specific SNVs from 16 tissues from subject C: Frontal Cortex (FC), Motor Cortex (MC), Spin...
Reproducibility of within-donor biological replicates (average of three technical replicates each) o...
<p>(a) CP factorization of the tensor with modes: <i>features</i>, <i>samples</i> and <i>time</i>. O...
<p>(a) CP factorization of the tensor with modes: <i>features</i>, <i>samples</i> and <i>time</i>. B...
<p>(A) Optimal <i>k</i>-cluster selection analysis demonstrating a majority decision among the 26 me...
International audienceThe characterization of normal stem cells and cancer stem cells uses the same ...
<p>The statistical values are the result of T-tests. Significant differences are printed in bold.</p
International audienceThe characterisation of normal stem cells and cancer stem cells uses the same ...
Molecular analysis of patient tissue samples is essential to characterize the in vivo variability in...
<p>The SNR of the samples within the complete study (x-axis) are compared with their SNR when removi...
(A) Tissue samples were obtained from tumor (0 mm) and tumor adjacent tissue at 5 mm, 10 mm, 15 mm, ...
<p>We identified no time point in the development of the in vitro samples that is mathematically sim...
<p>Representative H&E images (column 1) of tumor, tumor+muscle (T+M), muscle, and adipose tissue and...
The structure/function relationship is fundamental to our understanding of biological systems at all...
<div><p>The <em>structure/function relationship</em> is fundamental to our understanding of biologic...
<p>Tissue-specific SNVs from 16 tissues from subject C: Frontal Cortex (FC), Motor Cortex (MC), Spin...
Reproducibility of within-donor biological replicates (average of three technical replicates each) o...
<p>(a) CP factorization of the tensor with modes: <i>features</i>, <i>samples</i> and <i>time</i>. O...
<p>(a) CP factorization of the tensor with modes: <i>features</i>, <i>samples</i> and <i>time</i>. B...
<p>(A) Optimal <i>k</i>-cluster selection analysis demonstrating a majority decision among the 26 me...
International audienceThe characterization of normal stem cells and cancer stem cells uses the same ...
<p>The statistical values are the result of T-tests. Significant differences are printed in bold.</p
International audienceThe characterisation of normal stem cells and cancer stem cells uses the same ...
Molecular analysis of patient tissue samples is essential to characterize the in vivo variability in...
<p>The SNR of the samples within the complete study (x-axis) are compared with their SNR when removi...
(A) Tissue samples were obtained from tumor (0 mm) and tumor adjacent tissue at 5 mm, 10 mm, 15 mm, ...