Paper:Jeongkyun Kim, Jung-jae Kim, Hyunju Lee* (2019) DigChem: Identification of disease-gene-chemical relationships from Medline abstracts. PLoS Computational Biology, In press.Introduction:In this study, we propose a deep learning model based on bidirectional long short-term memory to identify the evidence sentences of relationships among genes, chemicals, and diseases from Medline abstracts. Then, we develop the search engine DigChem to enable disease–gene–chemical relationship searches for 35,124 genes, 56,382 chemicals, and 5,675 diseases. We show that the identified relationships are reliable by comparing them with manual curation and existing databases.Description:DigChem is available at http://gcancer.org/digchem. The unique triplet...
Our genome is an amazing sequence of three billion chemical letters (DNA nucleotides) that is presen...
[[abstract]]OBJECTIVES High-throughput techniques such as cDNA microarray, oligonucleotide arrays, a...
Background: Understanding the relationships between genes, drugs, and disease states is at the core...
Chemicals interact with genes in the process of disease development and treatment. Although much bio...
AbstractSince the genome project in 1990s, a number of studies associated with genes have been condu...
Biological events such as gene expression, regula-tion, phosphorylation, localization and protein ca...
The article describes a knowledge-poor approach to the task of extracting Chemical-Disease Relations...
The biomedical literature constitutes a rich source of evidence tosupport the discovery of biomarker...
(A) Distribution of the number of related genes, chemicals, gene-chemical pairs, and the number of e...
The literature knowledge panels developed and implemented in PubChem are described. These help to un...
textabstractWe describe our approach to the chemical-disease relation (CDR) task in the BioCreative ...
Abstract Background Molecular biomarkers that can predict drug efficacy in cancer patients are cruci...
Drug discovery is a strenuous manual effort. Relationships between chemicals and diseases (chemical-...
Analyzing the relationships among various drugs is an essential issue in the field of computational ...
Recent scientific advances have accumulated a tremendous amount of biomedical knowledge providing no...
Our genome is an amazing sequence of three billion chemical letters (DNA nucleotides) that is presen...
[[abstract]]OBJECTIVES High-throughput techniques such as cDNA microarray, oligonucleotide arrays, a...
Background: Understanding the relationships between genes, drugs, and disease states is at the core...
Chemicals interact with genes in the process of disease development and treatment. Although much bio...
AbstractSince the genome project in 1990s, a number of studies associated with genes have been condu...
Biological events such as gene expression, regula-tion, phosphorylation, localization and protein ca...
The article describes a knowledge-poor approach to the task of extracting Chemical-Disease Relations...
The biomedical literature constitutes a rich source of evidence tosupport the discovery of biomarker...
(A) Distribution of the number of related genes, chemicals, gene-chemical pairs, and the number of e...
The literature knowledge panels developed and implemented in PubChem are described. These help to un...
textabstractWe describe our approach to the chemical-disease relation (CDR) task in the BioCreative ...
Abstract Background Molecular biomarkers that can predict drug efficacy in cancer patients are cruci...
Drug discovery is a strenuous manual effort. Relationships between chemicals and diseases (chemical-...
Analyzing the relationships among various drugs is an essential issue in the field of computational ...
Recent scientific advances have accumulated a tremendous amount of biomedical knowledge providing no...
Our genome is an amazing sequence of three billion chemical letters (DNA nucleotides) that is presen...
[[abstract]]OBJECTIVES High-throughput techniques such as cDNA microarray, oligonucleotide arrays, a...
Background: Understanding the relationships between genes, drugs, and disease states is at the core...