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Antao, Tiago. Bioinformatics with Python cookbook: use modern Python libraries and applications to solve real-world computational biology problems / Tiago Antao. — Third edition. — 1 online resource : illustrations. — Includes index. — <URL:http://elib.fa.ru/ebsco/3384138.pdf>.

Дата создания записи: 06.01.2023

Тематика: Python (Computer program language); Bioinformatics.; Computational biology.

Коллекции: EBSCO

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Оглавление

  • Cover
  • Title Page
  • Copyright and Credits
  • Contributors
  • Table of Contents
  • Preface
  • Chapter 1: Python and the Surrounding Software Ecology
    • Installing the required basic software with Anaconda
      • Getting ready
      • How to do it...
      • There’s more...
    • Installing the required software with Docker
      • Getting ready
      • How to do it...
      • See also
    • Interfacing with R via rpy2
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Performing R magic with Jupyter
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
  • Chapter 2: Getting to Know NumPy, pandas, Arrow, and Matplotlib
    • Using pandas to process vaccine-adverse events
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Dealing with the pitfalls of joining pandas DataFrames
      • Getting ready
      • How to do it...
      • There’s more...
    • Reducing the memory usage of pandas DataFrames
      • Getting ready
      • How to do it…
      • See also
    • Accelerating pandas processing with Apache Arrow
      • Getting ready
      • How to do it...
      • There’s more...
    • Understanding NumPy as the engine behind Python data science and bioinformatics
      • Getting ready
      • How to do it…
      • See also
    • Introducing Matplotlib for chart generation
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
  • Chapter 3: Next-Generation Sequencing
    • Accessing GenBank and moving around NCBI databases
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Performing basic sequence analysis
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Working with modern sequence formats
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Working with alignment data
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Extracting data from VCF files
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Studying genome accessibility and filtering SNP data
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Processing NGS data with HTSeq
      • Getting ready
      • How to do it...
      • There’s more...
  • Chapter 4: Advanced NGS Data Processing
    • Preparing a dataset for analysis
      • Getting ready
      • How to do it…
    • Using Mendelian error information for quality control
      • How to do it…
      • There’s more…
    • Exploring the data with standard statistics
      • How to do it…
      • There’s more…
    • Finding genomic features from sequencing annotations
      • How to do it…
      • There’s more…
    • Doing metagenomics with QIIME 2 Python API
      • Getting ready
      • How to do it...
      • There’s more...
  • Chapter 5: Working with Genomes
    • Technical requirements
    • Working with high-quality reference genomes
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Dealing with low-quality genome references
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Traversing genome annotations
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Extracting genes from a reference using annotations
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Finding orthologues with the Ensembl REST API
      • Getting ready
      • How to do it...
      • There’s more...
    • Retrieving gene ontology information from Ensembl
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
  • Chapter 6: Population Genetics
    • Managing datasets with PLINK
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Using sgkit for population genetics analysis with xarray
      • Getting ready
      • How to do it...
      • There’s more...
    • Exploring a dataset with sgkit
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Analyzing population structure
      • Getting ready
      • How to do it...
      • See also
    • Performing a PCA
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Investigating population structure with admixture
      • Getting ready
      • How to do it...
      • There’s more...
  • Chapter 7: Phylogenetics
    • Preparing a dataset for phylogenetic analysis
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Aligning genetic and genomic data
      • Getting ready
      • How to do it...
    • Comparing sequences
      • Getting ready
      • How to do it...
      • There’s more...
    • Reconstructing phylogenetic trees
      • Getting ready
      • How to do it...
      • There’s more...
    • Playing recursively with trees
      • Getting ready
      • How to do it...
      • There’s more...
    • Visualizing phylogenetic data
      • Getting ready
      • How to do it...
      • There’s more...
  • Chapter 8: Using the Protein Data Bank
    • Finding a protein in multiple databases
      • Getting ready
      • How to do it...
      • There’s more
    • Introducing Bio.PDB
      • Getting ready
      • How to do it...
      • There’s more
    • Extracting more information from a PDB file
      • Getting ready
      • How to do it...
    • Computing molecular distances on a PDB file
      • Getting ready
      • How to do it...
    • Performing geometric operations
      • Getting ready
      • How to do it...
      • There’s more
    • Animating with PyMOL
      • Getting ready
      • How to do it...
      • There’s more
    • Parsing mmCIF files using Biopython
      • Getting ready
      • How to do it...
      • There’s more
  • Chapter 9: Bioinformatics Pipelines
    • Introducing Galaxy servers
      • Getting ready
      • How to do it…
      • There’s more
    • Accessing Galaxy using the API
      • Getting ready
      • How to do it…
    • Deploying a variant analysis pipeline with Snakemake
      • Getting ready
      • How to do it…
      • There’s more
    • Deploying a variant analysis pipeline with Nextflow
      • Getting ready
      • How to do it…
      • There’s more
  • Chapter 10: Machine Learning for Bioinformatics
    • Introducing scikit-learn with a PCA example
      • Getting ready
      • How to do it...
      • There’s more...
    • Using clustering over PCA to classify samples
      • Getting ready
      • How to do it...
      • There’s more...
    • Exploring breast cancer traits using Decision Trees
      • Getting ready
      • How to do it...
    • Predicting breast cancer outcomes using Random Forests
      • Getting ready
      • How to do it…
      • There’s more...
  • Chapter 11: Parallel Processing with Dask and Zarr
    • Reading genomics data with Zarr
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Parallel processing of data using Python multiprocessing
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Using Dask to process genomic data based on NumPy arrays
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
    • Scheduling tasks with dask.distributed
      • Getting ready
      • How to do it...
      • There’s more...
      • See also
  • Chapter 12: Functional Programming for Bioinformatics
    • Understanding pure functions
      • Getting ready
      • How to do it...
      • There’s more...
    • Understanding immutability
      • Getting ready
      • How to do it...
      • There’s more...
    • Avoiding mutability as a robust development pattern
      • Getting ready
      • How to do it...
      • There’s more...
    • Using lazy programming for pipelining
      • Getting ready
      • How to do it...
      • There’s more...
    • The limits of recursion with Python
      • Getting ready
      • How to do it...
      • There’s more...
    • A showcase of Python’s functools module
      • Getting ready
      • How to do it...
      • There’s more...
      • See also...
  • Index
  • Other Books You May Enjoy

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