
Navigate the CBI interface to explore gene databases, filter for noncoding or coding genes and human taxa, and examine records with the primary key, attributes, gene IDs, aliases, and coordinates.
Explore how to store DNA and protein sequences and structure information using diverse file formats, including sequence formats such as faster format and formats like GTF and DF three.
Explore the general feature format (GFF3), a tab-delimited system for annotating features on sequences, including chromosome, source, type, start, end, score, strand, frame, and attributes, and contrast it with GTF.
Explore how genome assembly reconstructs full genomes from dna sequence reads by finding overlaps, joining sequences, and building scaffolds, using mapping against reference or de novo approaches.
Attach biological information to genome sequences by identifying gene locations and coding regions, including introns and exons, and using BLAST or other tools to distinguish structural from functional annotation.
Explore the Ensembl gene page using BRCA2 to view stable IDs, sequences, genomic alignments, and transcript models, including exons, coding sequences, untranslated regions, and annotation colors.
Design primers virtually with the Primer-BLAST tool to match your PCR template and gene sequence, using accession numbers from NCBI and optimized primer parameters.
Bioinformatics is transforming modern biology, healthcare, genomics, and biotechnology. In this beginner-friendly course, you will learn the core concepts, tools, and practical techniques used to analyze biological data using computational methods.
This course is designed for students, researchers, and professionals who want to build a strong foundation in bioinformatics — even if they have no prior experience in the field.
By the end of this course, you will be able to:
Understand the fundamentals of bioinformatics
Work with biological databases and sequence file formats
Design primers for molecular biology applications
Perform sequence alignment and analyze biological sequences
Use essential bioinformatics tools and databases
Interpret and visualize biological data
Apply bioinformatics concepts to real-world biological problems
What You Will Learn
1. Biology Overview & Introduction to Bioinformatics
Core biological concepts
Introduction to computational biology
Applications of bioinformatics in research and industry
2. Databases & File Formats
Biological databases
DNA, RNA, and protein sequence formats
FASTA and other commonly used file types
3. Primer Design
Principles of primer design
PCR applications
Primer analysis tools
4. Sequence Alignment
Pairwise and multiple sequence alignment
Similarity analysis
Biological interpretation of aligned sequences
Throughout the course, you will complete practical exercises and real-world examples to strengthen your understanding and gain hands-on experience with bioinformatics workflows.
Whether you are starting a career in bioinformatics, preparing for research, or expanding your computational biology skills, this course will provide you with a strong and practical foundation.
Enroll today and start your journey into bioinformatics.