BIOS courses at Stanford
63 BIOS courses in Stanford’s catalog, with ratings and hours per week from real student evaluations.
- BIOS 200: Foundations in Experimental Biology5-5 units
- BIOS 202: Understanding Kinetics for Biologists and Biology3-3 units
- BIOS 204: Modeling Cell Signaling3-3 units · 5.0/5 rating · 19 hrs/wk
- BIOS 205: From Bench to Bedside: Stem Cell Therapies for CNS Injury1-3 units
- BIOS 217: Foundations of statistics and reproducible research2-2 units · 4.0/5 rating · 8 hrs/wk
- BIOS 218: The Evolution of Evolvability1-2 units · 5.0/5 rating · 4 hrs/wk
- BIOS 224: Stem Cell Biology and Applications2-2 units · 5.0/5 rating · 6 hrs/wk
- BIOS 226: Web3, AI, and Digital Health1-1 units · 4.5/5 rating · 5 hrs/wk
- BIOS 227: Mass Spectrometry and Proteomics: Opening the Black Box2-2 units · 5.0/5 rating · 12 hrs/wk
- BIOS 229: Open Source Prototyping: Translating Ideas to Reality using Rapid Prototyping Methods1-1 units · 5.0/5 rating · 6 hrs/wk
- BIOS 231: Public Speaking Bootcamp: How to Give a Stronger Presentation1-1 units · 4.5/5 rating · 5 hrs/wk
- BIOS 233: Neuroimmunology of Aging and Neurodegenerative Disease1-1 units · 4.0/5 rating · 12 hrs/wk
- BIOS 234: Comorbidity and Multimorbidities during Aging1-1 units
- BIOS 237: Engineering Wellness: Wearable Devices for Precision Medicine Applications2-2 units · 4.5/5 rating · 6 hrs/wk
- BIOS 242: Writing Compelling Fellowships and Career Development Awards2-2 units · 5.0/5 rating · 8 hrs/wk
- BIOS 248: Working with the Worm: Fundamentals of the C. elegans model system1-1 units
- BIOS 264: Answering biological questions with Metagenomic Data1-1 units · 4.8/5 rating · 6 hrs/wk
- BIOS 269: AI in Drug Discovery and Development1-1 units
- BIOS 270: Bioinformatics Engineering1-3 units · 4.0/5 rating · 6 hrs/wk
- BIOS 275: A Concise Survey of Biodiversity: Natural History and Field Methods Across Taxonomic Groups1-1 units · 4.5/5 rating · 7 hrs/wk
- BIOS 278: Reproducibility and Data Science in Computational Brain Image Analysis1-1 units
- BIOS 284: Performing Quantitative Bottom-Up Chemoproteomics: From Theory to Real World Application1-3 units
- BIOS 285: Maximizing Data, Minimizing Mice1-1 units
- BIOS 294: Chemistry for Biologists and Others (BIOC 294)3-3 units · 4.0/5 rating · 9 hrs/wk
- BIOS 297: Evidence for Us: Reimagining Clinical Trials in the Digital Age1-1 units · 4.5/5 rating · 2 hrs/wk
- BIOS 299: Write a Grant Proposal in 9 Weeks2-2 units
- BIOS 301: Graduate Environment of Support1-1 units · 5.0/5 rating · 2 hrs/wk
- BIOS 302: Designing Your Life: Empowering Emerging Scientists1-1 units · 4.0/5 rating · 11 hrs/wk
- BIOS 319: Analysis of Public Companies in the Life Sciences2-2 units
- BIOS 402: An Overview of AI for Computational Pathology1-1 units · 4.0/5 rating · 2 hrs/wk
- BIOS 405: Human Memory: A Lens Through the Extremes1-1 units
- BIOS 406: Microfluidics and Organ-on-a-chip in Biomedicine1-1 units · 4.5/5 rating · 3 hrs/wk
- BIOS 408: Prompt Engineering 1011-1 units · 5.0/5 rating · 2 hrs/wk
- BIOS 411: Surgical Innovation: From Concept to the Operating Room1-1 units
- BIOS 412: Antibody Anywhere All at Once: An Introduction to Techniques in Immunology1-1 units · 4.5/5 rating · 4 hrs/wk
- BIOS 413: Beyond the Hospital: Designing Remote Care Solutions1-1 units · 4.0/5 rating · 2 hrs/wk
- BIOS 414: Philosophy of Psychiatry1-1 units · 4.5/5 rating · 5 hrs/wk
- BIOS 418: Generating Models for Biological Processes Using Core Principles from Chemistry and Physics3-3 units · 3.0/5 rating · 7 hrs/wk
- BIOS 420: Building Connections, Defining the Future of Biosciences1-1 units · 5.0/5 rating · 2 hrs/wk
- BIOS 423: Aging: The Biology of Senescence1-1 units · 4.0/5 rating
- BIOS 424: Revealing the Hidden Dimensions of Genomic Structural Variation3-3 units
- BIOS 425: Online Proposal Bootcamp2-2 units · 4.0/5 rating · 7 hrs/wk
- BIOS 427: Advanced Biological Imaging of Marine Embryos and Larvae3-3 units · 5.0/5 rating · 40 hrs/wk
- BIOS 428: Liquid Biopsy: Cell-Free Nucleic Acids and the Future of Precision Oncology1-1 units
- BIOS 431: Implement a Writing Practice to Increase your Scientific Productivity1-2 units · 5.0/5 rating · 3 hrs/wk
- BIOS 432: Boost your Research Productivity With Design Thinking Tools1-1 units
- BIOS 433: High-Throughput Gene-Editing Screens: From Design to Data1-1 units
- BIOS 434: Science of Sensing: Exploring Biosensors and Devices2-2 units
- BIOS 435: Instability-Driven Patterns in Biology1-1 units
- BIOS 436: Data Best Practices: Basics1-1 units
- BIOS 437: Data Best Practices: Computation1-1 units
- BIOS 438: Consumer Health in Action: From Concept to Market1-1 units
- BIOS 439: Science Research through an Artistic Lens1-1 units
- BIOS 440: Multimodal Biomarker Discovery in Neuroscience1-1 units
- BIOS 441: Dos and Don'ts in Clinical Prediction Modeling1-1 units
- BIOS 442: Computational Applications of High-Throughput Protein Data for Machine Learning1-1 units
- BIOS 443: MicroRobotics for Biomedical Applications1-1 units
- BIOS 444: Reimagining Scientific Visualization with Augmented Reality1-1 units
- BIOS 445: Microbial Symbiosis and Pathogenesis in Marine Invertebrates: A Sequencing-Based Exploration3-3 units
- BIOS 446: Metabolism and Metabolic Techniques in Research2-2 units
- BIOS 447: Frontiers in Women's Health: Clinical, Digital, and Consumer Innovation1-1 units
- BIOS 450: Storytelling in Science: Grants, Papers, and the Public1-1 units
- BIOS 451: Introduction to Grant Writing: Building Skills for Research Funding1-1 units