Stanford University

CS 374 — Algorithms in Biology

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Human and Mouse Genomic Sequences Reveal Extensive Reuse of Breakpoints in Mammalian Evolution

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Introduction to DNA Self-Assembly

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Computational Methods for Studying Chromatin Remodeling and Structure

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What is the Definition of a Gene

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Algorithms in Biology Study Notes (Set 4)

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Algorithms in Biology Study Notes (Set 1)

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Short Primer on Genomics that are Comparative

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Robust Self-Assembly of DNA

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Regulatory Motif Finding (Set 3)

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Regulatory Motif Finding (Set 2)

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Introduction to Modeling Protein Interactions and Docking

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Probabilistic Discovery of Overlapping Cellular Processes and Their Regulation

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Learning from Genome Reversal Finding in Mice and Men

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MicroRNA Detection (Set 2)

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Algorithms in Biology Lecture Notes (Set 5)

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Algorithms in Biology Lecture Notes (Set 4)

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Fifth Lecture Human Migration

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Second Lecture Genomic Sequence Alignment

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Fifteenth Lecture Transforming Cells into Automata

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Human Evolution (Set 1)

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Introduction to Graphical Models for Protein Kinetics

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Genome Rearrangements in Mammalian Evolution Lessons from Human and Mouse Genomes

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Finding Elements in DNA that are Conserved by Evolution

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Evolution of Proteins that are Multidomain

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