Molecular Dynamics Simulation
Learn to perform molecular dynamics simulations using Desmond, from installation to preprocessing and running simulations on Linux systems.
Sequence Alignment
Learn techniques for comparing biological sequences, including dot plots and global alignment methods, to analyze similarities and differences in DNA or protein data.
Protein Structure Prediction
Learn advanced protein structure prediction techniques, focusing on COVID-19 protease modeling, loop refinement, and homology modeling using MODELLER software.
Bioinformatics 101
Learn Python-based bioinformatics techniques for DNA analysis, sequence alignment, and protein visualization. Explore NCBI databases, BLAST searches, and COVID-19 genome analysis using Biopython.
Rosalind Challenge Problems with Python
Solve bioinformatics challenges using Python, covering DNA analysis, motif finding, and protein translation. Enhance your coding skills while exploring real-world biological problems.
Days of Biopython
Learn essential Biopython techniques for bioinformatics analysis, including FASTQ processing, NCBI database access, sequence alignment, COVID-19 genome analysis, and data visualization.
Linux for Bioinformatics - BioCode
Learn essential Linux commands for bioinformatics tasks, including data preprocessing, file manipulation, and genomic analysis. Enhance your skills in handling biological datasets efficiently.
R Programming
Learn R programming fundamentals for bioinformatics applications, covering essential concepts and techniques in a comprehensive two-part introduction.
Bioinformatics Course Lectures
Comprehensive bioinformatics lectures covering genomics, sequencing, evolution, statistics, alignment, phylogenetics, assembly, annotation, and genetic variation for aspiring bioinformaticians.
Practical Computing for Scientists
Learn scientific computing essentials: BASH, Python, and SQL. Develop programming and data wrangling skills for UNIX/LINUX environments. Practical exercises and quizzes included.
Comparative Genomics Course Lectures
Explore genomics from evolution to human health, covering prokaryotes, eukaryotes, transcriptomics, epigenetics, and more. Gain insights into cutting-edge biological research and applications.
Bioinformatics Project
Learn to apply data science in bioinformatics for drug discovery, from data collection to model deployment, with hands-on projects and practical coding examples.
Homology Modeling
Learn protein structure prediction through homology modeling, focusing on COVID-19 NP protein as a practical example. Covers MODELLER, PIR format, and HHpred tools.
Julia for Biologists - A Perspective on Speed, Abstraction, and Metaprogramming
Explore Julia's potential in biology: speed, abstraction, and metaprogramming for data analysis, modeling, and research. Learn practical examples and discover the Julia ecosystem for biologists.
Elucidata's Bulk RNA-Seq OmixAtlas - Effortless Dataset Discovery and Retrieval
Explore Elucidata's Polly platform for effortless RNA-Seq dataset discovery, featuring intuitive search, metadata exploration, visual analysis, and easy downloads. Overcome common challenges in accessing public genomic data.
Towards a Computational Model of the Brain - Tools for Mapping and Perturbing Neural Circuits - Ed Boyden
Explore cutting-edge tools and techniques for mapping and manipulating neural circuits, advancing our understanding of brain structure and function at unprecedented levels of detail.
Evolution of Flight and Echolocation in Bats
Explore the fascinating evolution of bat flight and echolocation through fossil evidence, anatomical comparisons, and scientific analyses in this paleontological lecture.
I viaggi della Sindone raccontati dal DNA
Esplora i risultati di un innovativo progetto di ricerca finanziato dall'Università di Padova che analizza il DNA genomico isolato da residui organici della Sindone. Scopri come il Prof. Gianni Barcaccia ha utilizzato tecniche avanzate di sequenziamento…
Bioinformatics Lectures
Comprehensive bioinformatics lectures covering algorithms, cancer genomics, phylogenetics, and sequence alignment. Includes practical tutorials and software demonstrations for data analysis in genomics and evolutionary biology.
Introduction to Bioinformatics
Explore bioinformatics fundamentals, from genome projects to databases, sequence analysis, algorithms, and phylogenetics. Learn key concepts and practical applications in biological data analysis.
DNA Synthesis: Phosphoramidit Method Explained
Einblick in die faszinierende Welt der DNA-Synthese und Phosphoramidit-Technik, mit Fokus auf deren Bedeutung für Informatiker und Wissenschaftler.