Add to ORKGThe present work describes the cytogenetic from the point of view of image processing. We propose an algorithm which is able to treat every aspect of this analysis such as segmentation and separation of chromosomes. Moreover, our algorithm is tested on images of chromosomes labelled with 2 different methods coming from various free databases
The model structure for subject field of the classification problem of the metaphase image series ha...
Scanning microscope photometry has been extensively used for image analysis of nuclei and chromosome...
Karyotype analysis is a widespread procedure in cytogenetics to assess the possible presence of gene...
This master’s thesis is focused on digital image analysis of mitotic chromosomes. It deals with the ...
The development in modern medicine has allowed to study human genome and detect predispositions to s...
The goal of this work is to develop a novel algorithm for chromosome detection to make the following...
Cytogenetic analysis is an important tool in the diagnosis of genetic disorders. It involves cell cu...
The extraction, analysis, and presentation of integrated optical density (IOD) profiles from banded ...
Cytogenetic analysis is an important tool in the diagnosis of genetic disorders. It involves cell cu...
The extraction, analysis, and presentation of integrated optical density (IOD) profiles from banded ...
Karyotype analysis is a widespread procedure in cytogenetics to assess the possible presence of gene...
Karyotype analysis is a widespread procedure in cytogenetics to assess the possible presence of gene...
Chromosome segmentation is the most important step in the automatic chromosome analysis system. Sinc...
Development of an effective human metaphase chromosome analysis algorithm can optimize expert time u...
Image analysis research aimed at analyzing images of banded, human chromosomes is described. An expe...
The model structure for subject field of the classification problem of the metaphase image series ha...
Scanning microscope photometry has been extensively used for image analysis of nuclei and chromosome...
Karyotype analysis is a widespread procedure in cytogenetics to assess the possible presence of gene...
This master’s thesis is focused on digital image analysis of mitotic chromosomes. It deals with the ...
The development in modern medicine has allowed to study human genome and detect predispositions to s...
The goal of this work is to develop a novel algorithm for chromosome detection to make the following...
Cytogenetic analysis is an important tool in the diagnosis of genetic disorders. It involves cell cu...
The extraction, analysis, and presentation of integrated optical density (IOD) profiles from banded ...
Cytogenetic analysis is an important tool in the diagnosis of genetic disorders. It involves cell cu...
The extraction, analysis, and presentation of integrated optical density (IOD) profiles from banded ...
Karyotype analysis is a widespread procedure in cytogenetics to assess the possible presence of gene...
Karyotype analysis is a widespread procedure in cytogenetics to assess the possible presence of gene...
Chromosome segmentation is the most important step in the automatic chromosome analysis system. Sinc...
Development of an effective human metaphase chromosome analysis algorithm can optimize expert time u...
Image analysis research aimed at analyzing images of banded, human chromosomes is described. An expe...
The model structure for subject field of the classification problem of the metaphase image series ha...
Scanning microscope photometry has been extensively used for image analysis of nuclei and chromosome...
Karyotype analysis is a widespread procedure in cytogenetics to assess the possible presence of gene...