Because of the intrinsic complexity of natural language, automatically extracting accurate information from text remains a challenge. We have applied rich featurevectors derived from dependency graphs to predict protein-protein interactions using machine learning techniques. We present the first extensive analysis of applyingfeature selection in this domain, and show that it can produce more cost-effective models. For the first time, our technique was also evaluated on several large-scalecross-dataset experiments, which offers a more realistic view on model performance. During benchmarking, we encountered several fundamental problems hindering comparability with other methods. We present a set of practical guidelines to set up ameaningful e...
A major challenge in text mining for biomedicine is automatically extracting protein-protein interac...
BACKGROUND: Structural modeling of protein-protein interactions produces a large number of putative ...
Background: We participated in three of the protein-protein interaction subtasks of the Second BioCr...
Because of the intrinsic complexity of natural language, automatically extracting accurate informati...
Because of the intrinsic complexity of nat-ural language, automatically extracting ac-curate informa...
Background: The rapid growth of the amount of publicly available reports on biomedical experimental ...
International audienceIn this paper, we model the corpus-based relation extraction task, namely prot...
Lexical variance in biomedical texts poses a challenge to automatic protein relation mining. We ther...
Protein-protein interactions in a cell are essential to the characterization and performance of vari...
Most approaches for protein interaction mining from biomedical texts use both lexical and syntactic ...
During the last decade, biomedicine has witnessed a tremendous development. Large amounts of experim...
Abstract. Available information on molecular interactions between pro-teins is currently incomplete ...
AbstractProtein–protein interactions play a key role in various aspects of the structural and functi...
MOTIVATION: A significant portion of molecular biology investigates signalling pathways and thus dep...
Indiana University-Purdue University Indianapolis (IUPUI)Proteins are the building blocks in a biolo...
A major challenge in text mining for biomedicine is automatically extracting protein-protein interac...
BACKGROUND: Structural modeling of protein-protein interactions produces a large number of putative ...
Background: We participated in three of the protein-protein interaction subtasks of the Second BioCr...
Because of the intrinsic complexity of natural language, automatically extracting accurate informati...
Because of the intrinsic complexity of nat-ural language, automatically extracting ac-curate informa...
Background: The rapid growth of the amount of publicly available reports on biomedical experimental ...
International audienceIn this paper, we model the corpus-based relation extraction task, namely prot...
Lexical variance in biomedical texts poses a challenge to automatic protein relation mining. We ther...
Protein-protein interactions in a cell are essential to the characterization and performance of vari...
Most approaches for protein interaction mining from biomedical texts use both lexical and syntactic ...
During the last decade, biomedicine has witnessed a tremendous development. Large amounts of experim...
Abstract. Available information on molecular interactions between pro-teins is currently incomplete ...
AbstractProtein–protein interactions play a key role in various aspects of the structural and functi...
MOTIVATION: A significant portion of molecular biology investigates signalling pathways and thus dep...
Indiana University-Purdue University Indianapolis (IUPUI)Proteins are the building blocks in a biolo...
A major challenge in text mining for biomedicine is automatically extracting protein-protein interac...
BACKGROUND: Structural modeling of protein-protein interactions produces a large number of putative ...
Background: We participated in three of the protein-protein interaction subtasks of the Second BioCr...