
Extract biological insights from spatially‑resolved multiomic data.
Propath Spatial Data Analysis Service empowers researchers and clinical teams to decode biological processes through integration of high‑resolution multiomic datasets.
Leveraging in-house workflows in a GCP‑validated environment, we provide robust, reproducible and regulatory‑ready analyses suitable for both exploratory research and clinical trial environments.


Propath offers a range of predeveloped analysis packages and standardised outputs tailored to the analyte and data type. Packages may also be customised, multiple methodologies integrated or fully bespoke scripting developed on request.
Propath’s team of experienced data scientists work interactively to advise laboratory experimental design and to build routine data pipelines or bespoke solutions, providing robust and reproducible analyses and presenting them accessibly for the relevant stakeholders in support of each step of your pathway, from discovery to clinical trials.

Propath's platform for quantitative image analysis and bioinformatics has been designed and validated to be fit-for-purpose for use on clinical trial data.
Our controlled environment ensures analyses are conducted according to the principles of informed consent, data integrity, confidentiality and scientific rigour to maintain GCP compliance from sample receipt to data delivery.






Propath provides platform-agnostic analysis services for a wide range of spatial and non-spatial datasets, including spatial transcriptomics, spatial proteomics, multiplex immunofluorescence (mIF), imaging mass cytometry (IMC), in situ hybridisation, bulk sequencing, flow cytometry and histopathology data. Our team can analyse data generated from leading platforms including GeoMx, Visium, CosMx, Xenium, COMET, PhenoCycler and PhenoImager.
Yes. Our multiomic analysis workflows are designed to integrate diverse datasets from multiple resolutions and analytes for unified interpretation. We can combine spatial transcriptomics, protein expression, histology, multiplex imaging, bulk sequencing and flow cytometry data to provide deeper insights into tissue biology, disease mechanisms and therapeutic response.
Yes. Propath's bioinformatics platform operates within a GCP-validated environment specifically designed to support clinical trial data analysis. Our Quality Management System, validated software, controlled workflows and trained analysts ensure data integrity, reproducibility and regulatory readiness from sample receipt through to final reporting.
Depending on the study objectives and data type, outputs may include quality control and normalisation, differential gene expression analysis, pathway analysis, cell typing, spatial interaction analysis, cell deconvolution, pseudotime modelling, hotspot analysis, tissue segmentation, biomarker discovery and interactive reports. All results are presented in an accessible format tailored to both scientific and non-scientific stakeholders and can include formal reports, interactive dashboards, tabulated data and publication-ready figures.
Our bioinformatics service can be delivered as a standalone analysis offering. Whether your data has been generated internally, by another CRO or through a collaborative research programme, Propath can provide tailored analysis, reporting and interpretation services to complement your existing workflows.
Spatial biology datasets are complex due to differences in platform technologies, tissue quality, spatial resolution, data size and formats and regulatory requirements. Propath addresses these challenges through platform-independent analysis tools, spatially aware quality control workflows, scientist-led study design and validated analytical pipelines. This ensures robust, reproducible and biologically meaningful results across a broad range of spatial biology applications.
Our experience across a range of platforms for spatial biology allows us to recommend the most appropriate platform for each research project.
We understand the strengths and limitations of each platform – and how to get the best out of them.