
Explore beginner-friendly bioinformatics learning with chatgpt, a 15-minute daily journey featuring guided tasks, revisiting concepts, and practical, hands-on steps you can apply to your research from home.
Explore the central dogma, from DNA to RNA to protein, and learn core bioinformatics concepts like sequence analysis, gene expression, and genome assembly for personalized medicine and drug discovery.
Analyze DNA and RNA sequencing to reveal mutations, guide personalized medicine, targeted therapy, and disease prevention, while advancing drug development and understanding gene expression.
Organize biological data such as DNA sequences, protein structures, and functional annotations to power bioinformatics research, enabling data discovery, analysis, and drug discovery through integrated tools and future machine learning.
Explore sequence alignment by comparing DNA, RNA, or protein sequences to a known sequence, revealing conserved regions and evolutionary relationships; use BLAST and Clustal Omega for global and local alignments.
Master fasta format as the foundation for bioinformatics to store and share dna, rna, or protein sequences, using header and sequence lines for standard input and output.
Learn gene annotation by identifying coding and non-coding regions, exons and introns, start and stop codons, and linking sequence to function with databases like NCBI genome data viewer and UniProt.
Learn sequence alignment for DNA, RNA, and proteins, identify regions of similarity, global and local alignments, and use tools like BLAST and Needleman-Wunsch to infer function, structure, and evolutionary relationships.
Explore phylogenetic trees that reveal evolutionary relationships among sequences and species, built from sequence alignment with Clustal Omega and distance-based methods, visualized via MEGA or iTOL.
Learn what genomic databases store—genes, genomes, DNA, RNA, and protein sequences with annotations—and how to search, annotate, and visualize using accession numbers for disease genes, drug targets, and biomarkers.
Course Description: 365 Days of Bioinformatics: Learn with ChatGPT
Are you fascinated by the world of bioinformatics but unsure where to start? Join me on an inspiring journey of discovery and learning! I am a medical doctor specializing in Medical Biochemistry and Molecular Biology, with a passion for continuous education. As a full-time professional, a dedicated mom, and a lifelong learner, I’ve carved out just 15 minutes each day to explore the exciting field of bioinformatics using ChatGPT as my guide.
This course is the result of my unique learning experiment—a journey of incremental progress that I’ve documented and transformed into engaging teaching material. Through this course, I aim to share not only what I’ve learned but also my enthusiasm for bioinformatics, hoping to inspire others to explore this fascinating world.
What makes this course unique?
A Beginner-Friendly Approach:
Each video introduces fundamental bioinformatics concepts, making them accessible even if you’re new to the field.
Hands-On Tasks:
After each lesson, you’ll complete a task designed to reinforce your learning. These tasks aren’t just theoretical—they’re practical applications that guide you in using bioinformatics tools step-by-step.
Learn with ChatGPT:
You’ll see firsthand how AI can be your personal tutor. I encourage you to use ChatGPT to tackle the tasks, solve problems, and deepen your understanding.
Whether you’re a student, a researcher, or simply curious, this course will empower you to learn bioinformatics at your own pace, apply the concepts practically, and discover how AI can revolutionize the way we learn. Let’s embark on this exciting journey together!