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About FusionBase* FusionBase aims to serve as the base camp for understanding DNA breakage and coded structural variants, annotating the potential function of fusion genes/proteins, developing therapeutics targeting human fusion genes/proteins, clinical assessment of fusion genes/proteins, and distributing knowledge of fusion genes/proteins in diverse aspects including biology, biochemistry, pharmacology, and biomedical information. From the DNA breakpoint information, until we identify fusion-specific targeting therapeutics, we will continue to study this field with our knowledge and experiences with omnidirectional bioinformatics studies and serve diverse biology research fields. News
*03/19/2025 - Corrected an error of the fusion mRNA/protein sequence length. Tools, Approaches, StudiesFusionGDB (1.0, 2.0, 3.0): Functional Annotation of Human Fusion Genes FusionPDB (1.0, 2.0): Resource of the Fusion Protein 3D Structures FusionPub: Therapeutic Landscape of Human Fusion Genes KinaseFusionDB: Integrative Knowledge of Kinase Fusion Proteins in Multi-Scales FusionNeoAntigen: Resource of Fusion Gene-Specific Neoantigens FusionAI: Predicting Fusion Breakpoint From DNA Sequence With Deep Learning FusionAI protocol FusionNW: Clinical Impact Assessment of Kinases in Pan-Cancer Fusion Gene Network FGviewer: Online Visualization Tool for Functional Features of Human Fusion Genes FusionScan: Accurate Prediction of Fusion Genes from RNA-Seq Data Fusion gene & MMEJ Predict fusion protein 3D structure: Artificial Intelligence in Fusion Protein Three-Dimensional Structure Prediction Publication: Fusion Gene Publications Consults/Collaborators* Dr. Sanghyuk Lee, Professor, Department of Life Sciences, Ewha Womans University, Seoul, South Korea * Dr. Wenshe Liu, Professor, Department of Chemistry, Texas A&M University, College Station, TX, USA * Dr. Yoon-La Choi, Associate Professor of Pathology, Sungkyunkwan University School of Medicine, Samsung Medical center, Seoul, South Korea |