Genes, miRNAs & Pathways
We’ve simplified your background research
GeneGlobe gives you access to up-to-date information relevant to your research interests without the time-consuming literature searches and database queries. You can explore knowledge on over 10,000 manually curated biological entities, from miRNAs and genes to signaling pathways and interaction networks.
This information comes from QIAGEN IPA and the extensive QIAGEN Knowledge Base, which contains two decades of data from scientific journals, publicly available molecular content databases, textbooks and more. Our expert curators manually review top-tier scientific literature, pulling out key details and ensuring that data are captured with full context – so you don't have to.
Find & order target-specific products
Our comprehensive portfolio of NGS, PCR and functional analysis products is linked with the information in the QIAGEN Knowledge Base, allowing you to quickly and easily find target-specific products for your experiments.
Start by exploring the knowledge topics related to your research: explore biological targets in the context of functions, interactions and signaling pathways, and explore pathways in the context of tissues, organisms and more. As you work, save your targets of interest to a gene or miRNA list in GeneGlobe. Then, use these lists to find the best-matching predesigned assays or panels, or create a fully customized product to study your exact targets.
Browse canonical pathways
Explore our collection of over 400 well-characterized and interactive metabolic and cell signaling pathways. You can filter pathway members by disease, biological function, tissue specificity, species and more and save the pathways and genes of interest to your own personalized gene list, which you can use to find or create products to study those genes.
Explore genes & interaction networks
Access detailed gene information, including the pathways, biological processes and cellular components in which they are involved. Discover other members of their interaction networks and filter by directionality, function, subcellular localization, cell type and more. Create a personalized list with your genes of interest and then use this list to find or create the best products to study them.
