We experiment with two types of clustering, K-medians and a dimension-reduction technique known as Approximate Distance Clustering, for classifying lung adenocarcinomas into high-risk and low-risk groups according to gene expression values from microarray data. We base this classification on a reduced set of genes obtained by Nearest Shrunken Mean [4] or a combination of a vraince-based approach with hierarchical clustering
Kaplan-Meier plots compare the associations of molecular subtypes of gastric cancer identified using...
Machine learning techniques are increasingly popular tools for understanding complex biological data...
Background: Clustering is crucial for gene expression data analysis. As an unsupervised explorator...
Tumor identification appears at the top of the figure and each column represents gene expression of ...
Background The use of clustering methods for the discovery of cancer subtypes has drawn a great dea...
In cancer research, class discovery is the first process for investigating a new dataset for which h...
Objective: The objective of this research work is focused on the ethical cluster creation of lung ca...
<p><i>A</i>. Unsupervised clustering of the 45 samples of this study by log<sub>2</sub>-transformed ...
When applying hierarchical clustering algorithms to cluster patient samples from microarray data, th...
Background: Clustering is crucial for gene expression data analysis. As an unsupervised exploratory ...
Recent advances in machine learning research, combined with the reduced sequencing costs enabled by ...
<p>Patient samples are clustered based on their distances of gene expression profiles from stem cell...
The problem of assessing the reliability of clusters patients identified by clustering algorithms is...
When applying hierarchical clustering algorithms to cluster patient samples from microarray data, th...
Kaplan-Meier plots compare the associations of molecular subtypes of ovarian cancer identified using...
Kaplan-Meier plots compare the associations of molecular subtypes of gastric cancer identified using...
Machine learning techniques are increasingly popular tools for understanding complex biological data...
Background: Clustering is crucial for gene expression data analysis. As an unsupervised explorator...
Tumor identification appears at the top of the figure and each column represents gene expression of ...
Background The use of clustering methods for the discovery of cancer subtypes has drawn a great dea...
In cancer research, class discovery is the first process for investigating a new dataset for which h...
Objective: The objective of this research work is focused on the ethical cluster creation of lung ca...
<p><i>A</i>. Unsupervised clustering of the 45 samples of this study by log<sub>2</sub>-transformed ...
When applying hierarchical clustering algorithms to cluster patient samples from microarray data, th...
Background: Clustering is crucial for gene expression data analysis. As an unsupervised exploratory ...
Recent advances in machine learning research, combined with the reduced sequencing costs enabled by ...
<p>Patient samples are clustered based on their distances of gene expression profiles from stem cell...
The problem of assessing the reliability of clusters patients identified by clustering algorithms is...
When applying hierarchical clustering algorithms to cluster patient samples from microarray data, th...
Kaplan-Meier plots compare the associations of molecular subtypes of ovarian cancer identified using...
Kaplan-Meier plots compare the associations of molecular subtypes of gastric cancer identified using...
Machine learning techniques are increasingly popular tools for understanding complex biological data...
Background: Clustering is crucial for gene expression data analysis. As an unsupervised explorator...