Workshops
Simplify your biological data analysis with our foundational bioinformatics solutions.

Bioinformatics
This workshop covers essential bioinformatics concepts and tools through lectures and hands-on sessions.
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Computer-Aided Drug Designing (CADD)
This workshop covers the core principles and workflows in rational drug design using computational tools.
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Immunoinformatics
This workshop covers computational approaches to study immune system components, epitope prediction, vaccine design, and immune repertoire analysis using bioinformatics tools..
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Biostatistics for Life Sciences
This workshop introduces essential biostatistics concepts and tools for analyzing biological data.
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Python & Biopython for Bioinformatics
Learn Python programming fundamentals with a focus on bioinformatics applications using Biopython..
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Genome Analysis
This workshop introduces participants to the key concepts and computational methods in genome analysis, including sequence assembly, annotation, comparative genomics, and data interpretation..
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Microbiome Analysis
Learn how to process, analyze, and interpret microbiome sequencing data, including 16S rRNA gene analysis, metagenomics, diversity metrics, and visualization techniques..
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RNA-Seq Data Analysis
Learn the end-to-end RNA-Seq data analysis workflow: from quality control, alignment, quantification, differential expression to functional interpretation using popular tools and R packages..
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Pharmacophore and QSAR Modeling
This workshop covers the fundamentals and applications of pharmacophore modeling and Quantitative Structure-Activity Relationship (QSAR) analysis to aid rational drug design..
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In Silico Genome Editing Using CRISPR-Cas9
Learn the fundamentals and practical skills to design CRISPR guide RNAs (gRNAs), analyze off-target effects, and simulate genome editing experiments using computational tools..
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Chemoinformatics
This workshop covers fundamental chemoinformatics concepts including molecular descriptors, chemical databases, similarity searching, and visualization, with hands-on sessions using popular tools..
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Linux and Shell Scripting for Bioinformatics
Gain essential skills in Linux command line and shell scripting to automate bioinformatics workflows and manage large datasets efficiently..
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Molecular Docking and Analysis
Learn the fundamental concepts and practical skills of molecular docking, from preparing protein and ligand structures to running docking simulations and analyzing results..
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Vector Construction and Cloning Strategies
This workshop covers the principles and practical approaches of vector design, cloning techniques, and in silico analysis using bioinformatics tools..
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Metabolic Network Analysis
This workshop introduces metabolic pathway analysis using the KEGG database and Cytoscape for visualization and network-based interpretation of biological data..
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DFT Using Gaussian & GaussView
This workshop introduces participants to theoretical chemistry concepts and practical skills for performing DFT calculations..
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Protein Modeling and Visualization
A practical introduction to protein 3D structure prediction and visualization using web-based tools and molecular graphics software..
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16S rRNA Sequence Analysis for Microbial Identification
This session provides practical knowledge and hands-on experience in analyzing 16S rRNA sequences for bacterial taxonomy, phylogenetics, and community profiling..
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DNA & Protein Sequence Analysis
A hands-on introduction to sequence retrieval, alignment, and basic analysis using online tools and databases..
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NCBI Submissions: GenBank, BioProject, and BioSample
This workshop provides a complete walkthrough of preparing, formatting, and submitting nucleotide sequences, genomes, and metadata to NCBI, following current standards..
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