Diseases are closely related to genes, thus indicating that genetic abnormalities may lead to certain diseases. The recognition of disease genes has long been a goal in biology, which may contribute to the improvement of health care and understanding gene functions, pathways, and interactions. However, few large-scale gene-gene association datasets, disease-disease association datasets, and gene-disease association datasets are available. A number of machine learning methods have been used to recognize disease genes based on networks. This paper states the relationship between disease and gene, summarizes the approaches used to recognize disease genes based on network, analyzes the core problems and challenges of the methods, and outlooks f...
Deciphering the genetic basis of human diseases is an important goal of biomedical research. On the ...
The identification of disease-causing genes is a fundamental challenge in human health and of great ...
Network medicine approaches have been largely successful at increasing our knowledge of molecularly ...
The network-based approaches that were employed in order to depict the relationships between human g...
The network-based approaches that were employed in order to depict the relationships between human g...
Protein-protein interactions integrated with disease-gene associations represent important informati...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
The identification of disease-causing genes is a fundamental challenge in human health and of great ...
Identifying genes related to human diseases, such as cancer and cardiovascular disease, etc., is an ...
Identifying genes related to human diseases, such as cancer and cardiovascular disease, etc., is an ...
Genes related to causing some disease are called disease-causing genes or disease genes. In wet-lab ...
Objective Predicting or prioritizing the human genes that cause disease, or “disease genes”, is one...
MOTIVATION: Understanding the association between genetic diseases and their causal genes is an impo...
Identifying disease-gene associations can help improve the understanding of disease mechanisms, whic...
Deciphering the genetic basis of human diseases is an important goal of biomedical research. On the ...
The identification of disease-causing genes is a fundamental challenge in human health and of great ...
Network medicine approaches have been largely successful at increasing our knowledge of molecularly ...
The network-based approaches that were employed in order to depict the relationships between human g...
The network-based approaches that were employed in order to depict the relationships between human g...
Protein-protein interactions integrated with disease-gene associations represent important informati...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
The identification of disease-causing genes is a fundamental challenge in human health and of great ...
Identifying genes related to human diseases, such as cancer and cardiovascular disease, etc., is an ...
Identifying genes related to human diseases, such as cancer and cardiovascular disease, etc., is an ...
Genes related to causing some disease are called disease-causing genes or disease genes. In wet-lab ...
Objective Predicting or prioritizing the human genes that cause disease, or “disease genes”, is one...
MOTIVATION: Understanding the association between genetic diseases and their causal genes is an impo...
Identifying disease-gene associations can help improve the understanding of disease mechanisms, whic...
Deciphering the genetic basis of human diseases is an important goal of biomedical research. On the ...
The identification of disease-causing genes is a fundamental challenge in human health and of great ...
Network medicine approaches have been largely successful at increasing our knowledge of molecularly ...