Mango_EDA

Mango_EDA enables scalable processing and interactive exploratory analysis of large-scale sequencing datasets to support quality control and multi-sample genomic investigations.


Key Features:

  • Apache Spark-based distribution: Uses Apache Spark to distribute data processing across multi-node compute clusters for scalable computation on sequencing data.
  • Distributed multi-node processing: Executes analysis across compute clusters to handle terabyte-scale and larger genomic datasets.
  • Interactive exploration capability: Supports interactive exploration of extensive sequencing datasets to facilitate exploratory data analysis at scale.
  • Large-data management: Manages and analyses terabytes of sequencing data, including demonstrated processing of 10 terabytes of samples.
  • Quality control analyses: Performs quality control analyses on high-coverage sequencing samples, as applied to real-world datasets.
  • Demonstrated dataset: Applied to 10 terabytes of high-coverage sequencing samples from the Simons Genome Diversity Project.

Scientific Applications:

  • Quality control of sequencing data: Enables QC analyses on terabyte-scale, high-coverage sequencing datasets.
  • Exploratory data analysis: Facilitates interactive exploratory analyses of multi-sample genomic datasets at scale.
  • Scalable multi-sample investigations: Supports analyses that compare or aggregate across many samples in large cohorts or projects.

Methodology:

Leverages Apache Spark to distribute data processing across multi-node compute clusters to process and enable interactive exploration of large sequencing datasets; applied to quality control on 10 terabytes of high-coverage sequencing samples from the Simons Genome Diversity Project.

Topics

Details

Tool Type:
command-line tool
Added:
1/14/2020
Last Updated:
1/14/2021

Operations

Publications

Morrow AK, He GZ, Nothaft FA, Tu ET, Paschall J, Yosef N, Joseph AD. Mango: Exploratory Data Analysis for Large-Scale Sequencing Datasets. Cell Systems. 2019;9(6):609-613.e3. doi:10.1016/j.cels.2019.11.002. PMID:31812694.