We present two related tasks of the BioNLP Shared Tasks 2011: Bacteria Gene Renaming (Rename) and Bacteria Gene Interactions (GI). We detail the objectives, the corpus specification, the evaluation metrics, and we summarize the participants’ results. Both issued from PubMed scientific literature abstracts, the Rename task aims at extracting gene name synonyms, and the GI task aims at extracting genic interaction events, mainly about gene transcriptional regulations in bacteria
This study aimed to develop a new informatics platform for the discovery, recovery and multi-level a...
Bacteria inhabit diverse environmental niches and employ various functional repertoires encoded in t...
Abstract Background Biological research is generating high volumes of data distributed across variou...
Document Type : Proceedings Paper Conference Date : JUN 23-24, 2011 Conference Location : Portland, ...
Background: We present the BioNLP 2011 Shared Task Bacteria Track, the first Information Extraction ...
Background: We present the two Bacteria Track tasks of BioNLP 2013 Shared Task (ST): Gene Regulation...
The Bacteria Gene Renaming (RENAME) task is a supporting task in the BioNLP Shared Task 2011 (BioNLP...
International audienceThe Bacteria Gene Renaming (RENAME) task is a supporting task in the BioNLP Sh...
The goal of the Genic Regulation Network task (GRN) is to extract a regulation network that links an...
This report describes the BioText team participation in the Second BioCreAtIvE Challenge. We focused...
Research on specialized biological systems is often hampered by a lack of consistent terminology, es...
The remarkable success of taxonomic discovery, powered by culturomics, genomics and metagenomics, cr...
International audienceThis paper presents our participation in the Bacteria/Biotope track from the 2...
Abstract—This study aimed to develop a new informatics platform for the discovery, recovery and mult...
A high proportion of life science researches are gene-oriented, in which scientists aim to investiga...
This study aimed to develop a new informatics platform for the discovery, recovery and multi-level a...
Bacteria inhabit diverse environmental niches and employ various functional repertoires encoded in t...
Abstract Background Biological research is generating high volumes of data distributed across variou...
Document Type : Proceedings Paper Conference Date : JUN 23-24, 2011 Conference Location : Portland, ...
Background: We present the BioNLP 2011 Shared Task Bacteria Track, the first Information Extraction ...
Background: We present the two Bacteria Track tasks of BioNLP 2013 Shared Task (ST): Gene Regulation...
The Bacteria Gene Renaming (RENAME) task is a supporting task in the BioNLP Shared Task 2011 (BioNLP...
International audienceThe Bacteria Gene Renaming (RENAME) task is a supporting task in the BioNLP Sh...
The goal of the Genic Regulation Network task (GRN) is to extract a regulation network that links an...
This report describes the BioText team participation in the Second BioCreAtIvE Challenge. We focused...
Research on specialized biological systems is often hampered by a lack of consistent terminology, es...
The remarkable success of taxonomic discovery, powered by culturomics, genomics and metagenomics, cr...
International audienceThis paper presents our participation in the Bacteria/Biotope track from the 2...
Abstract—This study aimed to develop a new informatics platform for the discovery, recovery and mult...
A high proportion of life science researches are gene-oriented, in which scientists aim to investiga...
This study aimed to develop a new informatics platform for the discovery, recovery and multi-level a...
Bacteria inhabit diverse environmental niches and employ various functional repertoires encoded in t...
Abstract Background Biological research is generating high volumes of data distributed across variou...