Proceedings of 11th International Conference on Bioinformatics and Computational Biology

20 articles199 pagesPublished: March 18, 2019

Papers

Session 1A: DNA SEQUENCE ASSEMBLY ALIGNMENT, AND ANALYSIS
Pages 1-14
Pages 15-26
Pages 27-35
Pages 36-47
Session 1B: GENOME ANALYSIS AND NGS
Pages 48-54
Pages 55-64
Pages 65-73
Pages 74-83
Session 1C: MACHINE LEARNING IN BIOINFORMATICS
Pages 84-93
Pages 94-103
Pages 104-112
Pages 113-119
Session 2A: CANCER RESEARCH
Pages 120-128
Pages 129-138
Pages 139-149
Pages 150-160
Session 2B: BIOINFORMATICS ALGORITHMS AND ANALYSIS
Pages 161-169
Pages 170-180
Pages 181-189
Pages 190-199

Keyphrases

alignment, atrazine, Bioinformatics, biomedical imaging, Branch Divergence, Cancer Detection, Clinical Decision Support Systems, Cluster Ensemble, Clustering, CNN, coalesced memory access, codon usage bias, comparative genomics, Computational and artificial intelligence, convolution, Convolutional Neural Networks, copy number variation, cost-intensive, Crassostrea virginica, DALIGNER Aligner, Decoy generation, decoy quality, deep learning, differential equation, differential expression, disordered proteins, DNA, Downstream and Upstream Analysis, effective coverage, energy landscape, evolutionary algorithm, gene expression data analysis, genome alignment, genome complexity, genomic repeats, GLCM, glutathione, graph, Health, Healthcare, Healthcare Informatics, High Performance Computing, homology, Host/Device Concurrency, Intel Xeon Phi, log fold change, machine learning, Markov state models, Medical Tests, microarray data, Microstructural analysis, modeling, molecular structural dynamics, MoRFs, motif discovery, n-gram, neural network, NGS, oyster, parallel processing, Pathology, pattern search, performance evaluation, Petri net, PiRNA clusters, prediction, Predictive Analytics, prostate cancer, protein expression, public, reactive oxygen species, Respiratory Viral Infection, SEM, Sendai Virus, sequence alignment, sequence analysis, short read alignment, single model, SNP, structural variants, Support Vector Machines, synonymous codons, t-invariants, template-free protein structure prediction, transposable element, tumour, Type I Interferon, Y chromosome