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Welcome to the workshop on International Workshop on RNA Informatics (IWRI 2020) in BIBM 2020!
The IWRI 2020 is the eleventh in a series of workshops that aim at providing an international forum to discuss the most recent developments in the field regarding application of informatics on noncoding RNAs, RNA modifications including methylation, and other related work. This workshop will feature the theme of "RNA informatics" and "RNA modifications". The scope of this workshop is to use machine learning, deep learning, knowledge graph, and other genome technology and informatics methods to contribute to the understanding of the structure, function, evolution, comparative genomics, and regulation of noncoding RNAs and RNA modifications. Research areas include, but are not limited to:
- Machine learning, deep learning and knowledge graph in RNA research
- Computational approaches for RNA processing and RNA structures
- Computational approaches for RNA interactions with DNA, RNA and proteins
- Prediction and analysis of RNA distribution in subcellular localization
- Computational methods and tools in m6A, m5C and other RNA modifications
- Network construction and analysis of intercellular and intergenerational RNA signalling
- Quantitative analysis of structure-function relationships in RNA complexes
- Computational methods in RNA transcriptomic analyses and technologies
- Transcriptional regulation by noncoding RNAs
- Development of software and pipelines for RNA biology, diagnosis and therapeutics
- Identification of RNA biomarkers in complex disease
- Clinical statistical studies and discoveries involving noncoding RNAs
- Regulation analysis of RNA and their modifications on chromatin
- Systems analysis on RNA modifications in development, diseases and therapeutics
- Construction and analysis of RNA-related regulation networks
- Tissue-specificity and developmental studies of RNA regulation
- Comparative genomics and molecular evolution in RNA research
- RNA related database and tool development
- RNA related informatics such as DNA modification (6mA and 4mC) prediction
We invite you to submit papers with unpublished, original research describing recent advances on the areas related to this workshop. All papers will undergo peer review by the conference program committee. All papers accepted will be included in the Workshop Proceedings published by the IEEE Computer Society Press and will be available at the workshops. Authors of selected papers will be invited to extend their papers for submission to a special issue in International Journal of Computational Biology and Drug Design.