OmicSoft Lands

QIAGEN OmicSoft Lands is a suite of expert-curated, integrated genomics databases and visualization platforms designed for researchers in discovery and translational science. Built on QIAGEN OmicSoft Land technology, the platform enables interactive exploration of deeply curated public and private multi-omic datasets, supporting large-scale disease research, oncology studies, and single-cell investigations. It is intended for molecular biology applications and is not designed for diagnostic, preventive, or therapeutic use.

The platform offers three core database products — OncoLand CL, DiseaseLand CL, and Single Cell Land CL — each tailored to a distinct research focus, and all accessible through a unified visualization and analytics environment that allows side-by-side comparison of public and proprietary data.

Core Database Offerings

• OncoLand CL: A large-scale genomic database focused on oncology, providing access to extensive public and private omics datasets relevant to cancer research.
• DiseaseLand CL: Contains thousands of public RNA-seq, microarray expression, and methylation datasets spanning hundreds of diseases, enabling broad multi-omic disease exploration.
• Single Cell Land CL: Provides cellular-resolution expression data, supporting single-cell omics research and enabling granular insights into cell-type-specific biology.

Platform Capabilities

• High-quality curated and integrated genomics repository combining public datasets with the ability to incorporate internal, private data.
• Customized visualizations and analytic tools for interactive exploration of genomic and multi-omic data.
• Ability to build custom Lands using internal organizational data and visualize them side-by-side with thousands of publicly available datasets.
• Supports RNA-seq, microarray expression, methylation, and single-cell expression data types across a wide range of diseases and biological contexts.

QIAGEN OmicSoft Lands is suited for research teams seeking a scalable, curated solution for multi-omic data management and exploration, combining the depth of public genomic repositories with the flexibility to integrate proprietary datasets within a single, interactive platform.