SIB Swiss Institute of Bioinformatics

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Events (36)

Showing 30 materials out of 104

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Using Large Language Models for Biodata Exploration: From Theory to Practice

• beginner
machine learning mark ibberson group training
Computer Software, workflow

How to use V-pipe (SARS-CoV-2 data)

• beginner
Virology Genetic variation Workflows Variant calling Alignment Read pre-processing coronavirus NGS bioinformatics Variant-calling
Training materials

Using bioinformatics to hunt SARS-CoV-2, its variants & its origins – a practical guide

• beginner
Bioinformatics for schools, basic bioinformatics, SARS-CoV-2 pandemic, genome analysis, protein sequence analysis, protein structure analysis, virus variants, spike protein, training material
Biology-informed Multiomics Data Integration and Visualization

• beginner
UniProt: Focus on Plant Proteins

• beginner
e-learning

BLAST and multiple sequence alignment (MSA) programs

• beginner
Sequence analysis Blast Multiple sequence alignment
Docker and Singularity for Reproducible Research: Getting Started with Containers

• beginner
reproducibility container data management data security high-performance computing
BLAST and multiple sequence alignment (MSA) programs

• beginner
Blast E learning Multiple sequence alignment
e-learning

UNIX Fundamentals

• beginner
Computer science Problem based learning Programming Unix
Tutorial, Slideshow, e-learning

High Performance Computing (HPC) in Life Sciences

• beginner
Computer science Bioinformatics Biology High performance computing high-performance computing
e-learning

ISMARA: A tool to infer genome-wide regulatory interactions

• beginner
Systems biology Gene regulation Transcription factors and regulatory sites Computational modelling
e-learning

Cellosaurus : A resource on cell lines

• beginner
Biosciences Experimental design and studies basic research Reproducibility cell line
e-learning

neXtProt : Exploring human proteins

• beginner
Proteins Proteomics Proteins (proteins) human
Vital-IT Infrastructure Usage
e-learning

Explore and Visualize Your Data with Python

•• intermediate
Data visualisation Bioinformatics Python Data analysis
Introduction to 3D-Structure Visualization and Homology Modeling using the Swiss-Model Workspace
Cancer Variant Analysis

•• intermediate
R Basics Quiz

• beginner
Introduction to Machine Learning with Python

• beginner
data mining,machine learning,training,mark ibberson group,torsten schwede & thierry sengstag group data mining,machine learning,training,torsten schwede & thierry sengstag group,mark ibberson group
Introduction to FAIR Research Data Management & Data Management Plan

• beginner
training reproducibility data management data security open data mark ibberson group
ViralZone

Phylogenetics of animal viral pathogens

• beginner
Animal pathogens E learning Phylogenetics
Discover ViralZone

• beginner
genes and genomes infectious disease medicine and health services and resources training alan bridge group
NGS - Quality Control, Alignment, Visualisation

• beginner
training genes and genomes next generation sequencing environmental science medicine and health
First Steps with SQL for Data Science

• beginner
SQL programming
Single-Cell Transcriptomics with R

•• intermediate
genes and genomes biochemistry biomarkers experimental biology functional genomics next generation sequencing population genomics single-cell biology training transcriptomics …
Video, E-learning

FAIR principles in practice for health data

• beginner
Computer science Data management FAIR data Medical informatics Standardisation and normalisation Design Clinical data RDF Knowledge graph Semantic framework …
neXtProt : Exploring human proteins
ISMARA: A tool to infer genome-wide regulatory interactions
Querying SIB resources with SPARQL
SARS-CoV-2 : Studying a new virus

Showing 30 events out of 36 (also found 558 past events)

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Using Large Language Models for Biodata Exploration: From Theory to Practice

How to use V-pipe (SARS-CoV-2 data)

Using bioinformatics to hunt SARS-CoV-2, its variants & its origins – a practical guide

Biology-informed Multiomics Data Integration and Visualization

UniProt: Focus on Plant Proteins

BLAST and multiple sequence alignment (MSA) programs

Docker and Singularity for Reproducible Research: Getting Started with Containers

BLAST and multiple sequence alignment (MSA) programs

UNIX Fundamentals

High Performance Computing (HPC) in Life Sciences

ISMARA: A tool to infer genome-wide regulatory interactions

Cellosaurus : A resource on cell lines

neXtProt : Exploring human proteins

Vital-IT Infrastructure Usage

Explore and Visualize Your Data with Python

Introduction to 3D-Structure Visualization and Homology Modeling using the Swiss-Model Workspace

Cancer Variant Analysis

R Basics Quiz

Introduction to Machine Learning with Python

Introduction to FAIR Research Data Management &amp; Data Management Plan

Phylogenetics of animal viral pathogens

Discover ViralZone

NGS - Quality Control, Alignment, Visualisation

First Steps with SQL for Data Science

Single-Cell Transcriptomics with R

FAIR principles in practice for health data

neXtProt : Exploring human proteins

ISMARA: A tool to infer genome-wide regulatory interactions

Querying SIB resources with SPARQL

SARS-CoV-2 : Studying a new virus

Causal Inference

Best Practices in Programming

Single-Cell Transcriptomics with R

Make your research FAIRer with Quarto, GitHub and Zenodo

Summer School Machine Learning and AI

Biodiversity bioinformatics: from large-scale phylogenomics to gene families and functions

R-packaging

Federated Learning in Bioinformatics

Advanced Statistics: Statistical Modelling

First Steps with UNIX in Life Sciences

NGS - Genome Variant Analysis

Federated Learning in Bioinformatics

Introduction to High-performance Computing (sciCORE Cluster)

First Steps with Python in Life Sciences

Introduction to bulk RNA-Seq: From Quality Control to Pathway Analysis

Introduction to bulk RNA-Seq: From Quality Control to Pathway Analysis

Introduction to Machine Learning with Python

Docker and Singularity for Reproducible Research: Getting Started with Containers

Snakemake for Reproducible Research: Getting Started with Workflows

Reproducible and Scalable Research with Snakemake and Software Containers

First Steps with R in Life Sciences

When immunology meets bioinformatics

Best Practices for Investigating Gene Expression Differences by Biological Sex

Version Control with Git

UNIX Shell Scripting in Life Sciences

Data Analysis and Representation in Python

Data Analysis and Representation in Python

Optimizing Python Code for Better Performance

Single-Cell Transcriptomics with R

Ensuring More Accurate, Generalisable, and Interpretable Machine Learning Models for Bioinformatics

Introduction to FAIR Research Data Management & Data Management Plan