Genomon ITDetector

Genomon ITDetector detects somatic internal tandem duplications (ITDs) in cancer genome sequencing data, enabling genome-wide identification of ITDs to study their role in oncogenesis.

Key Features:

• Somatic ITD detection: Detects somatic internal tandem duplications (ITDs) within cancer genome sequencing data.
• Genome-wide identification: Performs genome-wide identification of ITDs across sequencing datasets.
• High-throughput sequencing support: Operates on data generated by high-throughput sequencing technologies, including exome sequencing.
• Validation with synthetic data: Analytical processes were validated using synthetic data sets demonstrating robust sensitivity and precision.
• FLT3 ITD detection: Identifies common ITDs such as those involving the FLT3 gene associated with acute myeloid leukemia (AML).
• Breadth of detection in AML: Detects a broader spectrum of ITDs affecting various putative driver genes within AML exome sequencing data.

Scientific Applications:

• Oncogenesis research: Enables investigation of the role of ITDs in cancer development and progression.
• AML genomics: Facilitates characterization of ITDs in genes such as FLT3 in acute myeloid leukemia (AML) using exome sequencing data.
• Gene function analysis: Supports analysis of ITD impact on gene function and cancer progression.
• Translational relevance: Informs studies aimed at improving diagnostic and therapeutic strategies related to ITD-driven cancers.

Methodology:

Performs genome-wide identification of somatic ITDs from high-throughput sequencing (including exome sequencing) and validates analytical performance using synthetic data sets, with reported sensitivity and precision.