SPATIAL OMICS DATA COMPANY
OMAPiX is here to solve major challenges in science and medicine through the power of spatial omics. At OMAPiX, we enable large-scale standardized spatial omics data generation by using the best-in-class technologies on the market – ranging from spatial transcriptomics to proteomics. With years of experience in the field of spatial biology, our team of experts will help you identify the right technology platform for your project and use custom data analysis pipelines to provide answers to your scientific questions.
By leveraging multiple complementary spatial omics platforms with the ability to perform experiments at scale, OMAPiX is uniquely positioned to accelerate innovation in biomedical research and provide novel insights.
Spatial omics is moving the frontiers of life sciences and medical research. Spatial technologies precisely and quantitatively determine the position of hundreds of biomolecules in complex tissues in their native spatial context. This pioneering field enables the study of the precise cellular architecture of tissues and organs with subcellular resolution. This is key to understanding how cells communicate and are organized to execute complex tissue functions in homeostasis, development, and disease. The interrogation of cells in their native tissue context enables the identification of individual cell-states and interactions in the microenvironments that are crucial to understanding complex diseases. The findings could unravel new mechanisms of homeostatic and disease progression to pave the path to novel treatment modalities and precision medicine.
Our current understanding of diseases is based on imaging data of a handful of proteins or RNAs or omics data with no spatial context. As researchers strive to develop improved therapies, spatial omics technologies help to bridge this gap by analyzing the expression of hundreds of RNAs or proteins to improve patient diagnosis, prognosis, stratification to treatment and development of novel therapeutics.
