biosets 1.2.1

Bioinformatics datasets and tools

$${\Huge{\textbf{\textsf{\color{#2E8B57}Bio\color{#4682B4}sets}}}}$$

Biosets is a specialized library that extends 🤗 Datasets for bioinformatics data, providing the following main features:

• Bioinformatics Specialization: Streamlines data management specific to bioinformatics, such as handling samples, features, batches, and associated metadata.
• Automatic Column Detection: Infers sample, batch, input features, and target columns, simplifying downstream preprocessing.
• Custom Data Classes: Leverages specialized data classes (ValueWithMetadata, Sample, Batch, RegressionTarget, etc.) to manage metadata-rich bioinformatics data.
• Polars Integration: Optional Polars integration enables high-performance data manipulation, ideal for large datasets.
• Flexible Task Support: Native support for binary classification, multiclass classification, multiclass-to-binary classification, and regression, adapting to diverse bioinformatics tasks.
• Integration with 🤗 Datasets: load_dataset function supports loading various bioinformatics formats like CSV, JSON, NPZ, and more, including metadata integration.
• Arrow File Caching: Uses Apache Arrow for efficient on-disk caching, enabling fast access to large datasets without memory limitations.

Biosets helps bioinformatics researchers focus on analysis rather than data handling, with seamless compatibility with 🤗 Datasets.

Installation

With pip

You can install Biosets from PyPI:

pip install biosets

With conda

Install Biosets via conda:

conda install -c patrico49 biosets

Usage

Biosets provides a straightforward API for handling bioinformatics datasets with integrated metadata management. Here's a quick example:

from biosets import load_biodata

bio_data = load_dataset(
    data_files="data_with_samples.csv",
    sample_metadata_files="sample_metadata.csv",
    feature_metadata_files="feature_metadata.csv",
    target_column="metadata1",
    experiment_type="metagenomics",
    batch_column="batch",
    sample_column="sample",
    metadata_columns=["metadata1", "metadata2"],
    drop_samples=False
)["train"]

For further details, check the advance usage documentation.

Main Differences Between Biosets and 🤗 Datasets

• Bioinformatics Focus: While 🤗 Datasets is a general-purpose library, Biosets is tailored for the bioinformatics domain.
• Seamless Metadata Integration: Biosets is built for datasets with metadata dependencies, like sample and feature metadata.
• Automatic Column Detection: Reduces preprocessing time with automatic inference of sample, batch, feature, and label columns.
• Specialized Data Classes: Biosets introduces custom classes (e.g., Sample, Batch, ValueWithMetadata) to enable richer data representation.

Disclaimers

Biosets may run Python code from custom datasets scripts to handle specific data formats. For security, users should:

• Inspect dataset scripts prior to execution.
• Use pinned versions for any repository dependencies.

If you manage a dataset and wish to update or remove it, please open a discussion or pull request on the Community tab of 🤗's datasets page.

BibTeX

If you'd like to cite Biosets, please use the following:

@misc{smyth2024biosets,
    title = {psmyth94/biosets: 1.1.0},
    author = {Patrick Smyth},
    year = {2024},
    url = {https://github.com/psmyth94/biosets},
    note = {A library designed to support bioinformatics data with custom features, metadata integration, and compatibility with 🤗 Datasets.}
}