Summarization: The aim of this paper is to provide a snapshot of functional networks with central nodes (hubs) relying on the behavior of genes linked to a specific interaction network. Utilizing a ‘breast cancer signature’, a Bayesian approach is applied for the construction of gene interaction networks from different populations. We demonstrate that the hub genes of the differentiating network between cancer and control states can be regarded as potential markers for breast cancer. Furthermore, the differentiating subnetworks can be informative of the phenotype and provide new knowledge about the functional interactions and molecular pathways involved in breast cancer.Παρουσιάστηκε στο: 5th International Work-Conference on Bioinformatics ...
Motivation: Diagnosis and prognosis of cancer and understanding oncogenesis within the context of bi...
Background: The consecutive acquisition of genetic alterations characterizes neoplastic processes. A...
Background: The consecutive acquisition of genetic alterations characterizes neoplastic processes. A...
Summarization: One of the goals of cancer research is to understand the genetic causes of disease pa...
Background: Genomic, proteomic and high-throughput gene expression data, when integrated, can be use...
Background: Genomic, proteomic and high-throughput gene expression data, when integrated, can be use...
Background: Genomic, proteomic and high-throughput gene expression data, when integrated, can be use...
Uncovering miscoordination in a biological network is essential for the understanding of cellular ma...
Uncovering miscoordination in a biological network is essential for the understanding of cellular ma...
Although many methods have been proposed to reconstruct gene regulatory network, most of them, when ...
Uncovering miscoordination in a biological network is essential for the understanding of cellular ma...
Cancer is a genomic disease involving various intertwined pathways with complex cross-communication ...
This paper concerns a study indicating that the expression levels of genes in signaling pathways can...
AbstractCharacterizing the biomolecular systems’ properties underpinning prognosis signatures derive...
BACKGROUND: The most common application of microarray technology in disease research is to identify ...
Motivation: Diagnosis and prognosis of cancer and understanding oncogenesis within the context of bi...
Background: The consecutive acquisition of genetic alterations characterizes neoplastic processes. A...
Background: The consecutive acquisition of genetic alterations characterizes neoplastic processes. A...
Summarization: One of the goals of cancer research is to understand the genetic causes of disease pa...
Background: Genomic, proteomic and high-throughput gene expression data, when integrated, can be use...
Background: Genomic, proteomic and high-throughput gene expression data, when integrated, can be use...
Background: Genomic, proteomic and high-throughput gene expression data, when integrated, can be use...
Uncovering miscoordination in a biological network is essential for the understanding of cellular ma...
Uncovering miscoordination in a biological network is essential for the understanding of cellular ma...
Although many methods have been proposed to reconstruct gene regulatory network, most of them, when ...
Uncovering miscoordination in a biological network is essential for the understanding of cellular ma...
Cancer is a genomic disease involving various intertwined pathways with complex cross-communication ...
This paper concerns a study indicating that the expression levels of genes in signaling pathways can...
AbstractCharacterizing the biomolecular systems’ properties underpinning prognosis signatures derive...
BACKGROUND: The most common application of microarray technology in disease research is to identify ...
Motivation: Diagnosis and prognosis of cancer and understanding oncogenesis within the context of bi...
Background: The consecutive acquisition of genetic alterations characterizes neoplastic processes. A...
Background: The consecutive acquisition of genetic alterations characterizes neoplastic processes. A...