BIOINFORMATICS COURSES

Top Free Online Bioinformatics Courses

Discover an exceptional opportunity to learn Bioinformatics from highly reputed universities through our curated collection of online courses. The curated list of Top Bioinformatics Online Courses is designed to help you acquire the necessary skills and knowledge. Start with learning the fundamentals of bioinformatics, computational biology, and computational structural biology. Dive into specialized areas like computer-aided drug discovery, systems biology, next-generation sequencing data analysis, metagenomics, cancer genomics, and more.

Additionally, explore courses on AI and machine learning tailored specifically for bioinformatics, and master the art of data science using R and Bioconductor. If you’re keen to explore the exciting world of deep learning or enhance your programming skills for bioinformatics, there are courses just for you. Get ready to unlock the potential of bioinformatics and embark on a fascinating journey of discovery. Join us as we delve into the realm of biological data analysis and explore the limitless possibilities of this dynamic field.

Start your Bioinformatics adventure with our recommended online courses today!

Bioinformatics

An Introduction to the Science of Bioinformatics

Core Bioinformatics Skills

Introduction to Computational Biology

Computational Biology

Phylogenetics – An introduction

Biomacromolecular Structures

OSSU – Complete Bioinformatics Course for Free

Learning Bioinformatics and Programming Through Problem Solving

Bioinformatics: Network Analysis

Knowledge Discovery Methods in Bioinformatics

Interactive Bioinformatics Tutorials

A Logical Introduction to Computation Biology

Advanced Computational Biology Methods and Research

Algorithms for Big Data Analysis in Biology and Medicine

Integration of Data Sources

Advanced Topics in Computational Biology

Computational Genomics (Algorithms in Molecular Biology)

Programming

Installing Linux on a Windows Machine

The Linux Command Line for Beginners

Installing R and RStudio

Introduction to R

R and Machine Learning for Beginners

An introduction to R and Bioconductor

The Python Tutorial

Google’s Python Class

Practice Python

Biopython Tutorial and Cookbook

Computational Biology with Python — Modeling Gene Networks

Python Scripting for Computational Molecular Science

Unix & Perl Primer for Biologists

Linear Algebra

AI & Machine Learning

Introduction to Machine Learning

Machine Learning from Scratch

Machine Learning

Machine Learning

Machine Learning in Genomics and Healthcare

Deep Reinforcement Learning

Deep Learning Course

Natural Language Processing with Deep Learning

Learning From Data

Full Stack Deep Learning

Artificial Intelligence in Bioinformatics

AI for Everyone

Deep Learning Specialization

Introduction to Deep learning

Computer Aided Drug Discovery

Machine Learning in Drug Discovery

Structure and Organization of Biomolecules and Cells

TeachOpenCADD

Metagenomics

Metagenomics Bioinformatics – A Practical Introduction

Cancer Genomics

Cancer Genomics

Next Generation Sequencing Data Analysis

Introduction to Galaxy

Bioinformatics Data Skills

ArrayExpress – Discover Functional Genomics Data Quickly and Easily

Introduction to Bioinformatics and Computational Biology

Functional Genomics I – Introduction and Designing Experiments

Functional Genomics II – Common Technologies and Data Analysis Methods

Introduction to Next-Generation Sequencing (NGS) Analysis Series

Current Topics in Bioinformatics

Single-cell RNA-seq and Network Analysis Using Galaxy and Cytoscape

Next-Gen Sequence Analysis

Human Genetic Variation – An introduction

Computational Genomics

Data Analysis for Life Sciences

Analyze Your Genome!

Algorithms & Genome Analysis

Systems Biology

Systems Biology – From Large Datasets to Biological Insight

Foundations of Computational and Systems Biology

Protein Interactions and Their Importance

Reactome – Exploring Biological Pathways

Analysis of Biological Networks

Network Analysis of Protein Interaction Data

Tools

BioConductor2020

Disease Spefic Courses

Must Read

Transferable Implicit Operators (TITO).

What If Molecular Simulations Could Run 10,000 Times Faster?

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Conventional molecular dynamics (MD) simulations provide atomistic insights into molecular behavior but are fundamentally limited by their femtosecond time steps, making it computationally challenging...
D&D-seq

How D&D-seq Is Making Hard-to-Detect DNA-Protein Interactions Visible

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If you've ever tried to figure out exactly where a transcription factor sits down on the genome inside a single cell, you know it's...
BioReason-Pro

BioReason-Pro Allows Structured Reasoning for Protein Function Predictions

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A team of scientists from the University Health Network - Canada's Hospital, Arc Institute and Vector Institute developed BioReason-Pro to tackle one of the...
PPIscreenML

PPIscreenML: A Rigorous Machine Learning Approach to Screening Protein-Protein Interactions with AF2

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Every second, thousands of proteins inside your cells are bumping into each other, forming fleeting partnerships, and splitting apart again. These protein-protein interactions (PPIs)...
FrustrAI-Seq

Meet FrustrAI-Seq: Proteome-Wide Frustration Profiling Without Structural Inputs

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Proteins are remarkable molecules. They fold, bend, bind, and catalyze, all while balancing an internal tension that most biology textbooks barely mention. That tension...