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Introduction to FAIR Research Data Management & Data Management Plan

• beginner
training reproducibility data management data security open data mark ibberson group
Introduction to Glycoinformatics - lectures and practicals

• beginner
training proteins and proteomes structural biology glycomics mass spectrometry microbiology protein interactions proteomics frédérique lisacek group
First Steps with R in Life Sciences

• beginner
training,biostatistics,data visualisation,programming,mark ibberson group training,biostatistics,data visualisation,programming,torsten schwede & thierry sengstag group
Submitting, Finding and Downloading Raw Sequencing Data with ENA

• beginner
FAIR data Metadata Data submission
Deep Learning for Life Sciences - fundamentals and applications

• beginner
training data mining machine learning programming artificial intelligence prediction
Mining enzyme data in UniProtKB using Rhea

• beginner
biochemistry data mining lipids ontology proteins and proteomes training alan bridge group
NGS - Genome Variant Analysis

• beginner
medicine and health,next generation sequencing,training,agriculture,environmental science,medicine and health medicine and health,next generation sequencing,training,agriculture,environmental science,rémy bruggmann group,medicine and health
Introduction to Statistics with Python

• beginner
programming biostatistics torsten schwede & thierry sengstag group
Make your research FAIRer with Quarto, GitHub and Zenodo

• beginner
FAIR data management reproducible research
Biodiversity bioinformatics: from large-scale phylogenomics to gene families and functions

• beginner
biodiversity non model organisms evolution and phylogeny genes and genomes comparative genomics evolutionary biology training marc robinson-rechavi group robert waterhouse group christophe dessimoz group
Spatial Omics Data Analysis

•• intermediate
Reproducible and Scalable Research with Snakemake and Software Containers

• beginner
A guided tour through Cellosaurus - now on YouTube

• beginner
basic research database curation reproducibility services and resources training amos bairoch & lydie lane group
Galaxy Introduction for Life Scientists

• beginner
basic research experimental biology interoperability next generation sequencing reproducibility training michael stadler group
Diving into deep learning - theory and applications with PyTorch

•• intermediate
Cancer Variant Analysis

•• intermediate
UniProt: Focus on Plant Proteins

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

• beginner
machine learning mark ibberson group training
Introduction to Viral Bioinformatics

• beginner
genes and genomes infectious disease medicine and health services and resources training
Best Practices in Programming

•• intermediate
programming reproducibility bernd rinn group
First Steps with Python in Life Sciences

• beginner
data management data visualisation programming reproducibility training torsten schwede & thierry sengstag group mark ibberson group
Long-read Sequence Analysis

• beginner
training genes and genomes next generation sequencing environmental science medicine and health rémy bruggmann group
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
When immunology meets bioinformatics

• beginner
Version Control with Git

• beginner
programming,reproducibility,data management programming,reproducibility,data management,training
Introduction to Metagenomics Data Analysis of Microbial Communities

• beginner
Introduction to Bayesian Statistics with R

•• intermediate
biostatistics training
ViralZone and the Revolution in 3D Virus Structure

• beginner
infectious disease medicine and health services and resources training alan bridge group
Enzymes: Extracting Biological Insight Using UniProt

• beginner
ISMARA and CREMA: automatically inferring gene regulatory networks from gene expression, chromatin accessibility or epigenome data

• beginner

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Introduction to FAIR Research Data Management & Data Management Plan

Introduction to Glycoinformatics - lectures and practicals

First Steps with R in Life Sciences

Submitting, Finding and Downloading Raw Sequencing Data with ENA

Deep Learning for Life Sciences - fundamentals and applications

Mining enzyme data in UniProtKB using Rhea

NGS - Genome Variant Analysis

Introduction to Statistics with Python

Make your research FAIRer with Quarto, GitHub and Zenodo

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

Spatial Omics Data Analysis

Reproducible and Scalable Research with Snakemake and Software Containers

A guided tour through Cellosaurus - now on YouTube

Galaxy Introduction for Life Scientists

Diving into deep learning - theory and applications with PyTorch

Cancer Variant Analysis

UniProt: Focus on Plant Proteins

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

Introduction to Viral Bioinformatics

Best Practices in Programming

First Steps with Python in Life Sciences

Long-read Sequence Analysis

Introduction to Machine Learning with Python

When immunology meets bioinformatics

Version Control with Git

Introduction to Metagenomics Data Analysis of Microbial Communities

Introduction to Bayesian Statistics with R

ViralZone and the Revolution in 3D Virus Structure

Enzymes: Extracting Biological Insight Using UniProt

ISMARA and CREMA: automatically inferring gene regulatory networks from gene expression, chromatin accessibility or epigenome data

Content provider

Type

Owner

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

Introduction to Glycoinformatics - lectures and practicals

First Steps with R in Life Sciences

Submitting, Finding and Downloading Raw Sequencing Data with ENA

Deep Learning for Life Sciences - fundamentals and applications

Mining enzyme data in UniProtKB using Rhea

NGS - Genome Variant Analysis

Introduction to Statistics with Python

Make your research FAIRer with Quarto, GitHub and Zenodo

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

Spatial Omics Data Analysis

Reproducible and Scalable Research with Snakemake and Software Containers

A guided tour through Cellosaurus - now on YouTube

Galaxy Introduction for Life Scientists

Diving into deep learning - theory and applications with PyTorch

Cancer Variant Analysis

UniProt: Focus on Plant Proteins

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

Introduction to Viral Bioinformatics

Best Practices in Programming

First Steps with Python in Life Sciences

Long-read Sequence Analysis

Introduction to Machine Learning with Python

When immunology meets bioinformatics

Version Control with Git

Introduction to Metagenomics Data Analysis of Microbial Communities

Introduction to Bayesian Statistics with R

ViralZone and the Revolution in 3D Virus Structure

Enzymes: Extracting Biological Insight Using UniProt

ISMARA and CREMA: automatically inferring gene regulatory networks from gene expression, chromatin accessibility or epigenome data

Introduction to FAIR Research Data Management & Data Management Plan