> top > projects

Projects

NameTDescription# Ann. AuthorMaintainerUpdated_atStatus

181-200 / 593 show all
AGAC-COVID-19 14xiajingbo2023-11-29
SMAFIRA_Feedback_Research_Goal 15zebet2023-11-28Released
ngly1-sample2 15Nuria2023-11-29
CORD-19-sample-CHEBI 16Jin-Dong Kim2023-11-29Developing
AlvisNLP-Test Project for testing AlviNLP PubAnnotation server during BLAH3.17Bibliome2023-11-29Testing
ngly1-sample4 18Nuria2023-11-29
LitCovid-docs Updated at 2021-01-12 A comprehensive literature resource on the subject of Covid-19 is collected by NCBI: https://www.ncbi.nlm.nih.gov/research/coronavirus/ The LitCovid project@PubAnnotation is a collection of the titles and abstracts of the LitCovid dataset, for the people who want to perform text mining analysis. Please note that if you produce some annotation to the documents in this project, and contribute the annotation back to PubAnnotation, it will become publicly available together with contribution from other people. If you want to contribute your annotation to PubAnnotation, please refer to the documentation page: http://www.pubannotation.org/docs/submit-annotation/ The list of the PMID is sourced from here The 6 entries of the following PMIDs could not be included because they were not available from PubMed:32161394, 32104909, 32090470, 32076224, 32161394 32188956, 32238946. Below is a notice from the original LitCovid dataset: PUBLIC DOMAIN NOTICE National Center for Biotechnology Information This software/database is a "United States Government Work" under the terms of the United States Copyright Act. It was written as part of the author's official duties as a United States Government employee and thus cannot be copyrighted. This software/database is freely available to the public for use. The National Library of Medicine and the U.S. Government have not placed any restriction on its use or reproduction. Although all reasonable efforts have been taken to ensure the accuracy and reliability of the software and data, the NLM and the U.S. Government do not and cannot warrant the performance or results that may be obtained by using this software or data. The NLM and the U.S. Government disclaim all warranties, express or implied, including warranties of performance, merchantability or fitness for any particular purpose. Please cite the authors in any work or product based on this material : Chen Q, Allot A, & Lu Z. (2020) Keep up with the latest coronavirus research, Nature 579:193 18Jin-Dong Kim2023-11-28Testing
RDoCTask1SampleData Each annotation file contains an annotated abstract with an RDoC category. Each title span in these sample data is annotated with the corresponding related RDoC construct, although the RDoC category would apply for the entire abstract. The annotation data are formatted as json files. Please refer to the following page for a more detailed description of the json format http://www.pubannotation.org/docs/annotation-format/.20mmanani1s2023-11-29Released
test1 test121H. S. ParkSophie Nam2023-11-26Testing
PGR-NEG Identification of Negative Relations 23Diana Sousadpavot2023-11-28Developing
GlycosmosP-GlycoEpitope 24Jin-Dong Kim2023-11-29Testing
excludesZoonoses 25AikoHIRAKI2023-11-29Developing
ngly1-sample1 25Nuria2023-11-27
glycobiology-test 27Jin-Dong Kim2023-11-29Developing
PMC-KEGG Documents from PMC including the word KEGG, with names of software tools and databases marked. 27yucca2023-11-28Developing
pubtator-sample Sample annotation of PubTator produced by Zhiyong Lu et al.28Zhiyong LuJin-Dong Kim2023-11-27Testing
CORD-19-sample-paragraphs 28Jin-Dong Kim2023-11-29Developing
ngly1-sample5 29Nuria2023-11-29
bionlp-st-2016-SeeDev-training Entities and event annotations from the training set of the BioNLP-ST 2016 SeeDev task. SeeDev task focuses on seed storage and reserve accumulation on the model organism, Arabidopsis thaliana. The SeeDev task is based on the knowledge model Gene Regulation Network for Arabidopsis (GRNA) that meets the needs of text-mining (i.e. manual annotation of texts and automatic information extraction), experimental data indexing and retrieval and reuse in other plant systems. It is also expected to meet the requirements of the integration of the text knowledge with knowledge derived from experimental data in view of modeling in systems biology. GRNA model defines 16 different types of entities, and 22 types of event (in five sets of event types) that may be combined in complex events. For more information, please refer to the task website All annotations : Train set Development set Test set (without events) 35EstelleChaix2023-11-28Released
EBM_test 35Suexuan2024-08-23
NameT# Ann. AuthorMaintainerUpdated_atStatus

181-200 / 593 show all
AGAC-COVID-19 14xiajingbo2023-11-29
SMAFIRA_Feedback_Research_Goal 15zebet2023-11-28Released
ngly1-sample2 15Nuria2023-11-29
CORD-19-sample-CHEBI 16Jin-Dong Kim2023-11-29Developing
AlvisNLP-Test 17Bibliome2023-11-29Testing
ngly1-sample4 18Nuria2023-11-29
LitCovid-docs 18Jin-Dong Kim2023-11-28Testing
RDoCTask1SampleData 20mmanani1s2023-11-29Released
test1 21H. S. ParkSophie Nam2023-11-26Testing
PGR-NEG 23Diana Sousadpavot2023-11-28Developing
GlycosmosP-GlycoEpitope 24Jin-Dong Kim2023-11-29Testing
excludesZoonoses 25AikoHIRAKI2023-11-29Developing
ngly1-sample1 25Nuria2023-11-27
glycobiology-test 27Jin-Dong Kim2023-11-29Developing
PMC-KEGG 27yucca2023-11-28Developing
pubtator-sample 28Zhiyong LuJin-Dong Kim2023-11-27Testing
CORD-19-sample-paragraphs 28Jin-Dong Kim2023-11-29Developing
ngly1-sample5 29Nuria2023-11-29
bionlp-st-2016-SeeDev-training 35EstelleChaix2023-11-28Released
EBM_test 35Suexuan2024-08-23