Knowledge Graph

Restructure Data. Reimagine Insights.

Make your data future-ready.

Reveal hidden patterns with Natural Language & GenAI.

Watch Our AI Powered Knowledge Graph In Action

We Provide the Framework. You Drive the Research.

Bring Your Own Proprietary Data. Build Your Knowledge Graph.
Bring your own multimodal data (RWD, clinical, multi-omics) to augment public resources. Leverage Quark’s intuitive interface to build your own knowledge graph.
Transform Your Data Into an AI-Accessible Framework.
With Quark, researchers can structure their multimodal data into a unified, AI-accessible database that follows the OMOP CDM data standardisation framework.
Generate Reproducible Research Intelligence.
Leverage analytics and AI-tools custom-built by expert bioinformaticians. Generate reproducible & precise research insights for Target Identification, Biomarker Discovery and Drug Development.
Reveal Hidden Patterns with Natural Language Based Interactions.
Interact with your knowledge graph using natural language and find non-obvious associations. Get actionable insights tailored to your research.
Democratise Research Insights for Seamless Collaboration.
Instantly bring the latest research insights to bench-scientists, bioinformaticians, clinicians and physicians across the board through natural-language based interactions.

No More sorting through thousands of disease-target & drug-target associations. Our GenAI powered knowledge graph provides an ontology-based unified data management framework that you can leverage to experience 20X acceleration in target identification.

Transform Data With Simple Interactions

AI-Powered, Reproducible & Collaborative Research

Build Your Knowledgebase

Integrate your proprietary data with public repos (DGIdb, GO terms, cBioPortal, & clinicaltrials.gov)

Build Your Knowledgebase

Integrate your proprietary data with public repos (DGIdb, GO terms, cBioPortal, & clinicaltrials.gov)

Evolve Your Knowledgebase

Experience Day 0 transformation of complex data into an AI-accessible knowledgebase.

Evolve Your Knowledgebase

Experience Day 0 transformation of complex data into an AI-accessible knowledgebase.

Generate Research Intelligence

Immediately access AI prioritise biomarkers  from  significant  disease–target & drug–target associations.

Reveal Hidden Data Patterns

Find non-obvious associations between multimodal data with natural language based interactions.

Generate Research Intelligence

Immediately access AI prioritise biomarkers  from  significant  disease–target & drug–target associations.

Reveal Hidden Data Patterns

Find non-obvious associations between multimodal data with natural language based interactions.

Seamlessly Collaborate

Leverage your knowledge graph to instantly share the latest research insights with stakeholders across the board.

Seamlessly Collaborate

Leverage your knowledge graph to instantly share the latest research insights with stakeholders across the board.

Empower Precision Medicine

Super charge your scientists today!

Learn, Connect, and Innovate

Recent Articles

DNA_Methylation_Wikimedia

Decoding Epigenomic Patterns with Quark

Epigenetics focuses on gene expression patterns independent of DNA sequences, notably through cytosine methylation. Understanding the methylome enhances insights into cellular functions, cancers, and aging. Quark simplifies methyl-seq data analysis, ensuring robust and reproducible results, essential for precision medicine and integrative analysis, while addressing complexity in interpretation and visualization.
cell seen under microscope

Understanding Conserved Patterns by Leveraging scRNA-seq Integration

Single-cell RNA sequencing (scRNA-seq) enhances understanding of cellular heterogeneity, pivotal for cancer research. However, challenges like batch effects and data complexity hinder analysis. Quark provides an end-to-end solution through horizontal integration, facilitating robust comparative analyses, accelerating insights, and enhancing workflow accessibility, crucial for effective biomarker discovery and precision medicine.
person in white hand gloves writing on white paper

Accelerating Proteomics Research for Biomarker Discovery in Clinical Applications

Proteomics is the comprehensive study of proteins in an organism that uncovers their dynamic roles and complexities. It aids biomarker discovery for diseases, improving drug development and treatment monitoring. Despite analytical challenges, advancements in mass spectrometry and platforms like Quark simplify data analysis, enabling researchers to identify and interpret crucial protein-related insights effectively.