Some basic topics concerned with the extraction of textural and geometric information from cell nucleus images as well as description and characterization of chromatin supraorganization and consequent classification of nuclear phenotypes are presented
Cancer is one of the most well-known groups of diseases that finds its cause in cells having chromos...
In this chapter various different applications of the imaging approach described in the previous cha...
The nuclear lamina is an intermediate filament network that provides a structural framework for the ...
Some basic topics concerned with the extraction of textural and geometric information from cell nucl...
The discrimination of nuclear phenotypes of Feulgen-stained ras-transformed and nontransformed NIH 3...
The present paper describes a simple procedure for the analysis of chromatin texture. High-resolutio...
The hypothesis driving this work is that the organization of nuclear proteins is intimately linked t...
International audienceRelating genotypes with phenotypes is important to understand diseases like ca...
Texture parameters of the nuclear chromatin pattern can contribute to the automated classification o...
The transformation of a normal cell into a malignant cell is associated with genetic alterations tha...
A method of segmenting chromatin particles in a nucleus of a cell by locating regional minima in an ...
International audienceImage analysis is a classical way to study nuclear organization. While nuclear...
Abstract: Histological subtypes of basal cell carcinoma have biological, evolutionary and distinct p...
In systems-based approaches for studying processes such as cancer and development, identifying and c...
In systems-based approaches for studying processes such as cancer and development, identifying and c...
Cancer is one of the most well-known groups of diseases that finds its cause in cells having chromos...
In this chapter various different applications of the imaging approach described in the previous cha...
The nuclear lamina is an intermediate filament network that provides a structural framework for the ...
Some basic topics concerned with the extraction of textural and geometric information from cell nucl...
The discrimination of nuclear phenotypes of Feulgen-stained ras-transformed and nontransformed NIH 3...
The present paper describes a simple procedure for the analysis of chromatin texture. High-resolutio...
The hypothesis driving this work is that the organization of nuclear proteins is intimately linked t...
International audienceRelating genotypes with phenotypes is important to understand diseases like ca...
Texture parameters of the nuclear chromatin pattern can contribute to the automated classification o...
The transformation of a normal cell into a malignant cell is associated with genetic alterations tha...
A method of segmenting chromatin particles in a nucleus of a cell by locating regional minima in an ...
International audienceImage analysis is a classical way to study nuclear organization. While nuclear...
Abstract: Histological subtypes of basal cell carcinoma have biological, evolutionary and distinct p...
In systems-based approaches for studying processes such as cancer and development, identifying and c...
In systems-based approaches for studying processes such as cancer and development, identifying and c...
Cancer is one of the most well-known groups of diseases that finds its cause in cells having chromos...
In this chapter various different applications of the imaging approach described in the previous cha...
The nuclear lamina is an intermediate filament network that provides a structural framework for the ...
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