*DrugProt Shared Task (BioCreative VII track 1- 2021) *

                        *Text mining drug-protein/gene interactions
(DrugProt) shared task*

https://biocreative.bioinformatics.udel.edu/tasks/biocreative-vii/track-1/





Previous BioCreative efforts have provided highly relevant resources for
advancing biomedical text mining research, including datasets and system
evaluations in both shared and interactive modes (e.g. BioBERT benchmark
datasets, BioC format, ChemProt corpus, CHEMDNER corpus, etc.).

We are organizing the DrugProt track specifically focusing on the
large-scale automatic extraction of relations between drugs or chemical
compounds and genes/proteins of interest for drug discovery and biomedicine.

It is getting increasingly challenging to efficiently exploit drug-related
information described in the growing amount of scientific literature. There
are a range of different types of drug-gene/protein interactions, and their
systematic extraction and characterization is essential to analyze, predict
and explore key biomedical properties underlying high impact biomedical
applications.

We foresee that the DrugProt track will promote the development NLP
techniques to extract critical health information, generating results
useful for:

-        Drug discovery, drug repurposing & drug design

-        Metabolic engineering, modeling drug response, pharmacogenetics

-        Drug-induced adverse reactions, off target interactions

-        Molecular medicine, systems biology and bioinformatics

-        Biomedical knowledge graph mining

Therefore the DrugProt organizers will release a large training corpus of
manually annotated entity mentions for drugs/chemicals as well as
genes/proteins together with their interactions (13 different types of
interactions).


DrugProt teams participating will be provided with the following training
corpus:


- PubMed abstracts (3500)

- Manually annotated chemical compound mentions (> 46200)

- Manually annotated gene/protein mentions (> 43200)

- Manually annotated drug/chemical-protein/gene interactions (> 17200)


*Key information:*

*DrugProt web:*
https://biocreative.bioinformatics.udel.edu/tasks/biocreative-vii/track-1/

*Corpus: *https://zenodo.org/record/4955411#.YNnWl27tZGb

*Registration:*
https://docs.google.com/forms/d/e/1FAIpQLScdMnKFMncL8qDkcRx6aV6lYRm8PbufPs1rIAODwxCcPoLkcg/viewform



Evaluation will be done using micro-averaged f-measure by comparing the
automatically extracted relations against previously manually labelled Gold
Standard relations.


*Important dates*

Training set release (UPDATED!) - June 15th 2021: DrugProt training set

Test set release- July 5th 2021:  Test  set abstracts and entity annotations

Test set prediction submission due: August 30th 2021

Test set evaluation returned to participants: September 3st 2021

Workshop proceedings paper due: September 10th 2021

Paper acceptance and review returned: September 16th 2021



*BioCreative VII workshop proceedings and Journal Special Issue*

Participating teams will be invited to contribute to the: Proceedings of
the Seventh BioCreative Challenge Evaluation Workshop. Proceedings papers
are free of charge.


A selected number of top performing teams will also be invited to
contribute with a longer system description paper to a special issue on
BioCreative VII to be published in the journal Database.


*Task organizers: *

Martin Krallinger, Barcelona Supercomputing Center, Spain

Antonio Miranda, Barcelona Supercomputing Center, Spain

Farrokh Mehryary, University of Turku, Finland

Jouni Luoma, University of Turku, Finland

Sampo Pyysalo, University of Turku, Finland

Alfonso Valencia, Barcelona Supercomputing Center, Spain



*References*

[1] Krallinger, Martin, et al. "Overview of the protein-protein interaction
annotation extraction task of BioCreative II." Genome biology 9.2 (2008):
1-19.
[2] Krallinger, Martin, et al. "CHEMDNER: The drugs and chemical names
extraction challenge." Journal of cheminformatics 7.1 (2015): 1-11.
[3] Krallinger, Martin, et al. "Overview of the BioCreative VI
chemical-protein interaction Track." Proceedings of the sixth BioCreative
challenge evaluation workshop. Vol. 1. 2017.
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