Bioinformatics & Computational Biology
Genomics – Decoding Life at the Molecular Level
“From DNA to Discovery: Unlocking the Language of Life through Genomics” This intensive two-day workshop is designed to provide a comprehensive foundation and hands-on exposure to modern genomics, empowering participants to transition from theoretical understanding to practical data analysis and scientific writing. Covering the complete workflow—from sequencing technologies to genome annotation and manuscript preparation—this workshop bridges the gap between biological curiosity and computational proficiency.Introduction to Genomics
“Understanding the blueprint of life”Know Your Hardware & Software
“Building your computational ecosystem”Next-Generation Sequencing (NGS)
“Revolutionizing biology one read at a time”Quality Control
“From raw data to reliable insights”Genome Assembly
“Piecing together the genome puzzle (Reference & De Novo)”Genome Annotation
“Giving meaning to sequences”Comparative & Evolutionary Genomics
“From Sequences to Significance: Decoding Evolutionary Relationships”
This advanced two-day workshop focuses on sequence alignment, phylogenomics, and comparative genome analysis, enabling participants to uncover evolutionary patterns, functional insights, and pathogen-specific traits using modern bioinformatics approaches.
Sequence Alignment (MUSCLE, Local & Global Alignment)
“Finding similarity in diversity”Phylogenomics
“Tracing evolutionary footprints”Heatmap & Genomic Similarity Analysis
“Visualizing genomic relatedness”Pathogenomics& Virulence Analysis
“Decoding the arsenal of pathogens”Core Genome & Pan-Genome Analysis
“Understanding genomic diversity within species”Metagenomics for Diversity & Functional Analysis
“Exploring Microbial Worlds Beyond Cultures”
This three-day intensive workshop focuses on deciphering microbial communities using metagenomics, enabling participants to explore taxonomic diversity and functional potential through advanced computational tools and real-world datasets.Metagenomics has revolutionized our understanding of microbial ecosystems by allowing the study of unculturable microorganisms directly from environmental samples. This workshop integrates amplicon and shotgun approaches, diversity analysis, and functional annotation pipelines, along with hands-on training in widely used tools like QIIME.
Importance & Significance of Metagenomics
“From unseen microbes to global impact”Sequencing Approaches & Data Preprocessing
“From raw reads to reliable data”Diversity & Functional Analysis
“Who is there and what are they doing?”Diversity Analysis
“Understanding microbial richness and structure”Taxonomic Profiling Tools
“Classifying microbial communities”Functional Metagenomic Analysis
“Decoding functional potential”Amplicon Data Analysis Using QIIME
“From sequences to ecological insights”Statistical Analysis
“Making sense of complex datasets”Data Compilation & Scientific Writing
“Transforming microbiome data into publications”Proteomics & Interactomics
“From Protein Structure to Interaction Networks: Understanding Cellular Machinery”
This two-day intensive workshop focuses on protein structure prediction, validation, molecular docking, and interaction network analysis, enabling participants to explore how proteins function individually and within complex biological systems. Proteomics and interactomics provide insights into protein structure, function, and interactions, which are essential for understanding cellular processes, disease mechanisms, and drug discovery. This workshop integrates structural bioinformatics, visualization, docking, and network biology tools for a complete analytical workflow.
Protein Structure Modeling
“Predicting the 3D architecture of life’s machinery”
Protein Validation & Ramachandran Plot
“Ensuring structural accuracy and reliability”
Protein Visualization
“Seeing proteins in action”
Molecular Docking
“Predicting molecular interactions for drug discovery”
Protein–Protein Interaction (PPI) Analysis
“Mapping the cellular interaction network”
Network Analysis Using Cytoscape
“From networks to biological insights”
Genomics – Decoding Life at the Molecular Level
“From DNA to Discovery: Unlocking the Language of Life through Genomics”
This intensive two-day workshop is designed to provide a comprehensive foundation and hands-on exposure to modern genomics, empowering participants to transition from theoretical understanding to practical data analysis and scientific writing. Covering the complete workflow—from sequencing technologies to genome annotation and manuscript preparation—this workshop bridges the gap between biological curiosity and computational proficiency.
Introduction to Genomics
“Understanding the blueprint of life”
Know Your Hardware & Software
“Building your computational ecosystem”
Next-Generation Sequencing (NGS)
“Revolutionizing biology one read at a time”
Quality Control
“From raw data to reliable insights”
Genome Assembly
“Piecing together the genome puzzle (Reference & De Novo)”
Genome Annotation
“Giving meaning to sequences”
Comparative & Evolutionary Genomics
“From Sequences to Significance: Decoding Evolutionary Relationships”
This advanced two-day workshop focuses on sequence alignment, phylogenomics, and comparative genome analysis, enabling participants to uncover evolutionary patterns, functional insights, and pathogen-specific traits using modern bioinformatics approaches.
Sequence Alignment (MUSCLE, Local & Global Alignment)
“Finding similarity in diversity”
Phylogenomics
“Tracing evolutionary footprints”
Heatmap & Genomic Similarity Analysis
“Visualizing genomic relatedness”
Pathogenomics& Virulence Analysis
“Decoding the arsenal of pathogens”
Core Genome & Pan-Genome Analysis
“Understanding genomic diversity within species”
Metagenomics for Diversity & Functional Analysis
“Exploring Microbial Worlds Beyond Cultures”
This three-day intensive workshop focuses on deciphering microbial communities using metagenomics, enabling participants to explore taxonomic diversity and functional potential through advanced computational tools and real-world datasets.Metagenomics has revolutionized our understanding of microbial ecosystems by allowing the study of unculturable microorganisms directly from environmental samples. This workshop integrates amplicon and shotgun approaches, diversity analysis, and functional annotation pipelines, along with hands-on training in widely used tools like QIIME.
Importance & Significance of Metagenomics
“From unseen microbes to global impact”
Sequencing Approaches & Data Preprocessing
“From raw reads to reliable data”
Diversity & Functional Analysis
“Who is there and what are they doing?”
Diversity Analysis
“Understanding microbial richness and structure”
Taxonomic Profiling Tools
“Classifying microbial communities”
Functional Metagenomic Analysis
“Decoding functional potential”
Amplicon Data Analysis Using QIIME
“From sequences to ecological insights”
Statistical Analysis
“Making sense of complex datasets”
Data Compilation & Scientific Writing
“Transforming microbiome data into publications”
Proteomics & Interactomics
“From Protein Structure to Interaction Networks: Understanding Cellular Machinery”
This two-day intensive workshop focuses on protein structure prediction, validation, molecular docking, and interaction network analysis, enabling participants to explore how proteins function individually and within complex biological systems. Proteomics and interactomics provide insights into protein structure, function, and interactions, which are essential for understanding cellular processes, disease mechanisms, and drug discovery. This workshop integrates structural bioinformatics, visualization, docking, and network biology tools for a complete analytical workflow.
Protein Structure Modeling
“Predicting the 3D architecture of life’s machinery”
Protein Validation & Ramachandran Plot
“Ensuring structural accuracy and reliability”
Protein Visualization
“Seeing proteins in action”
Molecular Docking
“Predicting molecular interactions for drug discovery”
Protein–Protein Interaction (PPI) Analysis
“Mapping the cellular interaction network”
Network Analysis Using Cytoscape
“From networks to biological insights”