Bioinformatics course

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Bioinformatics course
Documents


-Bioinformatics course
-Texts
-Introduction – an informatics perspective of biomolecules
- Bioinformatics Databases and Web Servers: Design, implementation, usage
- Elements of Computational Intelligence: Clustering
- Elements of Computational Intelligence: Classification
- Understanding Network Analysis and Network Metrics
- Sequence Analysis
- Structural Analysis
- Structural Analysis Workshop
- Functional Analysis
- Functional Analysis Workshop
- MID-TERM EXAMINATION
- Omics Data Analysis: Genomics
- Omics Data Analysis: Proteomics
- Biological Network Reconstruction and Analysis
- Modeling and Simulation in Biology
- Computational Methods for Biomarker Discovery
- Integromics and Personalized Medicine
- In Silico Drug Discovery
- Integromics and Personalized Medicine
- BioBank Informatics
- Ethics in Bioinformatics
- Informatics inspired by Biology
- Programming Elements- SQL queries
- Programming Elements- PHP/HTML
- Clustering and Classification Pipelines
- Programming Elements- PERL
- Analysis/Programming Elements
- Functional Analysis Pipelines
- Omics Analysis Pipelines
- Network Visualization and Analysis with Cytoscape
- Modeling and Simulation Tools
-PDF files
- Videos
-Introduction to Bioinformatics
- Bioinformatics: Databases and Systems
- Bioinformatics Databases: Design, Implementation, and Usage
- Data base annotation in molecular biology, principles and practices
- Fundamental Algorithms in Bioinformatics
- Bioinformatics for Cancer Genomics
- Functional Bioinformatics course
- Foundations of Computational and Systems Biology MIT OpenCourseWare
- Shomu s Bioinformatics with practical (SBWP)
- Pair-wise sequence alignments and database search
- Phylogenic tree & multiple sequence alignments
- Protein structure alignements
- Protein secondary structure predictions
- Introduction to Monte Carlo Simulation
- Protein folding and protein structure modeling
- Protein function and structure-based function annotation
- Principle of X-ray Crystallography & Molecular Replacement
- Introduction to nuclear magnetic resonance (NMR)