You don’t have products yet

View products

Spatial Multiomics

What is Spatial Multiplex Multiomics?

Spatial multiplex multiomics integrates multiple omics datasets with spatial information, enabling researchers to investigate the spatial organization and interactions of molecular components (DNA, RNA, protein, or miRNA) in a tissue section. At Omicsveu, we design, develop, and commercialize state-of-the-art, fully automated systems for all your spatial multiplex multiomics needs through our five main technologies:  

Significance: Spatial multiplex multiomics allows for the:

Omicsveu

Study of spatial distribution and co-localization of molecules, revealing cell type roles and tissue functions. Through Omicsveu’s Genotyping & Phenotyping assays.

Omicsveu

Identification of biomarkers for early disease detection and monitoring disease progression through our ready-to-use miRFISH kits and probes.

Omicsveu

Inform targeted therapies and enhance disease diagnosis via detection of single base-pair mutations with our all-inclusive In situ sequencing kits and reagents.

Omicsveu

Deepen understanding of complex biological mechanisms such as inherited diseases via single, dual, or triple eFISH probes or epithelial-to-mesenchymal transitions via multiplexing ImmunoPlex workflow.

Role in Precision Medicine 

Our mission at Omicsveu is to accelerate precision medicine by making it affordable and accessible through innovative technologies to help improve disease outcome. Our ready-to-use kits and reagents along with proven automated protocols can help you.

You can use NanoVIP to run five pioneering technologies

Our industry experts, R&D scientists, and engineers work tirelessly to develop cutting-edge products to accelerate your research.  

a multiplexed immunofluorescence (IF) technique that allows simultaneous visualization of multiple biomarkers in a single section of FFPE. This method uses primary and secondary antibodies conjugated with unique DNA barcodes recognized by complementary probes conjugated.

ImmunoPlex

a multiplexed immunofluorescence (IF) technique that allows simultaneous visualization of multiple biomarkers in a single section of FFPE. This method uses primary and secondary antibodies conjugated with unique DNA barcodes recognized by complementary probes conjugated.

Enables the detection and spatial mapping of nucleic acid sequences within the tissue, allowing researchers to sequence and map multiple genes or transcripts within the same sample.   NanoVIP automates ISS and provides a comprehensive view of mRNA at the tissue and cellular levels. 

In Situ Sequencing

Enables the detection and spatial mapping of nucleic acid sequences within the tissue, allowing researchers to sequence and map multiple genes or transcripts within the same sample.   NanoVIP automates ISS and provides a comprehensive view of mRNA at the tissue and cellular levels. 

a portfolio includes over 220 unique miRNA probes for identifying cancer of unknown primary, differentiating cancer subtypes, and characterizing poorly differentiated tumors through mRNA.

miRFISH

a portfolio includes over 220 unique miRNA probes for identifying cancer of unknown primary, differentiating cancer subtypes, and characterizing poorly differentiated tumors through mRNA.

Enables co-localization of multiple transcriptome targets.

eFISH

Enables co-localization of multiple transcriptome targets.

A reliable method for co-localization of proteins, mRNA, DNA, and miRNA in the same FFPE tissue sections using multiplex proteomics and Fluorescent In Situ Hybridization (FISH) techniques.

Genotyping & Phenotyping

A reliable method for co-localization of proteins, mRNA, DNA, and miRNA in the same FFPE tissue sections using multiplex proteomics and Fluorescent In Situ Hybridization (FISH) techniques.