About this course
Cancer Bioinformatics in Python: Pandas, Biopython & Machine Learning is a practical, hands-on course designed to introduce participants to Python-based approaches for analyzing and interpreting cancer-related biological and genomic data.
Participants will learn how to use Python, Pandas, and Biopython for biological data processing, manipulation, exploration, and visualization. The course also introduces machine-learning concepts and workflows that can be applied to biological datasets, including data preprocessing, feature preparation, model development, performance evaluation, and interpretation.
Through guided practical exercises, participants will work with representative cancer-related datasets and learn how computational programming and machine learning can support cancer research, biomarker exploration, and biological data analysis.
What you will learn
Understand the applications of Python in cancer bioinformatics.
Develop practical skills in Python for biological data analysis.
Use Pandas to import, clean, manipulate, and analyze biological datasets.
Use Biopython for sequence and biological data processing.
Perform exploratory data analysis and generate meaningful visualizations.
Prepare biological datasets for machine-learning applications.
Understand basic supervised machine-learning concepts and workflows.
Build and evaluate introductory machine-learning models.
Understand feature selection and model-performance metrics.
Explore potential applications of machine learning in cancer biomarker research.
Interpret computational results in a biological context.
Skills you will gain
Python Programming
Pandas
Biopython
Biological Data Processing
Sequence Analysis
Data Cleaning
Data Manipulation
Exploratory Data Analysis
Data Visualization
Feature Engineering
Machine Learning
Classification
Model Evaluation
Feature Selection
Biomarker Analysis
Cancer Bioinformatics
Certification
Available
Issued by Dr. Omics Edu
Course curriculum
1 module
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Day 1 – Python essentials for bioinformatics: installation and environment setup (conda/pip, Jupyter).
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Day 2 – Data types in bioinformatics computing (int, float, string, bool, None).
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Day 3 – String handling for DNA and protein sequences (slicing, methods, regex basics).
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Day 4 – Efficient data structures for biological data (lists, tuples, dictionaries, sets).
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Day 5 – Control structures for genome data processing (loops, conditionals, comprehensions).
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Day 6 – Functions for automating bioinformatics tasks (arguments, return values, modularity).
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Day 7 – Importing, exporting, and handling biological files (FASTA, FASTQ, CSV, JSON).
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Day 8 – NumPy fundamentals and DataFrames with Pandas for tabular biological data.
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Day 9 – Data manipulation for sequence and expression analysis using Pandas.
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Day 10 – Visualization of genomic and proteomic data (Matplotlib basics).
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Day 11 – Interactive visualizations with Seaborn and Plotly.
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Day 12 – Biopython fundamentals: sequence objects, parsing, and format conversion.
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Day 13 – Biopython for sequence and structural analysis (alignments, motifs, PDB handling).
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Day 14 – Machine learning biomarkers using scikit-learn (classification/regression basics).
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Day 15 – Single-cell analysis introduction with Scanpy and AnnData (data structures, preprocessing).
What you need to start
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Basic understanding of molecular biology, genetics, or cancer biology.
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Basic computer skills.
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Prior Python programming experience is helpful but not mandatory.
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Basic understanding of statistics is recommended.
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No prior machine-learning experience is required.
Who this course is for
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Undergraduate and postgraduate students in Bioinformatics, Biotechnology, Biochemistry, Biology, Genetics, Microbiology, and Life Sciences.
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PhD scholars and research students.
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Bioinformatics and computational biology researchers.
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Students interested in Python-based cancer data analysis.
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Beginners interested in applying machine learning to biological datasets.
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Life-science professionals looking to develop practical programming and computational skills.