BioUnfold.in
V2.0 Now Live

Unfolding the
Mystery of Bioinformatics
with

A modular learning ecosystem for next generation of computational biologists. Learn to code, build, and deploy bioinformatics tools at ease.

Code for LifeBrowse Catalog
0+
Modules
0K+
Users
0+
Active Experts
$0
Lifetime Free
∞
Scalability
Start here

Pick a learning path

Foundations

No experience needed — start from your first FASTA file.

3 courses

Programming for Biology

Python and R for real biological data.

3 courses

Genomics & NGS

From raw reads to differential expression.

4 courses
Start your journey

Beginner to Bioinformatics

Curated courses designed to take you from zero to confident in computational biology. We equip you with industry-relevant skills to excel in the field.

View all courses
Introduction to Bioinformaticsbeginner✦ free
Introduction to Bioinformatics
A complete, no-prerequisites introduction to bioinformatics. Start with the biology of DNA, RNA, and proteins, learn the file formats and public databases the field runs on, get comfortable in the command line, and finish able to fetch, inspect, analyze, and BLAST real biological sequences — no prior coding or biology required.
BeginnerBioinformaticsSequence AnalysisCommand LineBLAST
1,247 enrolledStart
Python for Biologistsbeginner✦ free
Python for Biologists
Master Python programming with a focus on biological data manipulation, from parsing FASTA files to automating repetitive bioinformatics workflows using Biopython.
PythonBiopython
982 enrolledStart
Genomics 101beginner✦ free
Genomics 101
Understand the principles of genomics, including genome assembly, annotation, variant calling, and how next-generation sequencing technologies are transforming biological discovery.
GenomicsNGS
756 enrolledStart
Molecular Docking Basicsintermediate✦ free
Molecular Docking Basics
Get hands-on with molecular docking simulations using AutoDock and other tools. Learn to predict how small molecules bind to protein targets for drug discovery applications.
Drug DiscoveryAutoDock
534 enrolledStart
Protocol library

Solve real problems

View all protocols

Count the number of reads in a FASTQ file

A one-liner to count sequencing reads in a FASTQ file, why it works, and how to handle gzipped input.

Run a local BLAST search against a custom database

Build a BLAST database from a FASTA file and query it locally with blastn — no web submission required.

Generate a FastQC quality report for raw reads

Run FastQC on raw FASTQ reads to produce an HTML quality report, then optionally merge many reports into one summary with MultiQC.

Trim adapters and low-quality bases with fastp

Quality- and adapter-trim paired- or single-end FASTQ reads with fastp, producing gzipped outputs plus HTML and JSON QC reports.

Latest from the blog

All articles
Awk, Sed, and Bash One-Liners Every Bioinformatician Should Know

Awk, Sed, and Bash One-Liners Every Bioinformatician Should Know

A working cheat sheet of awk, sed, grep, and bioawk one-liners for FASTA, FASTQ, VCF, BED, and SAM files, with the syntax explained line by line.

Reading BLAST Results: E-values, Bit Scores, and Query Coverage

Reading BLAST Results: E-values, Bit Scores, and Query Coverage

Learn to read a BLAST hit table like a bioinformatician: what E-value really measures, why bit score beats raw score, and how coverage prevents false hits.

Bottom-Up Proteomics Explained: From Digested Peptides to Protein IDs

Bottom-Up Proteomics Explained: From Digested Peptides to Protein IDs

How shotgun proteomics works end to end: trypsin digestion, LC separation, MS1/MS2 acquisition, peptide spectrum matching, and protein inference.

New tutorials & protocols, weekly

One email a week. Practical bioinformatics — no spam, unsubscribe anytime.