Your Digital Pathology Experts

Transforming research possibilities with industry leading digital pathology services. We support Pharmaceutical R&D with detailed quantification and drive the progression of personalised medicine.

OracleBio Quantitative Digital Pathology Services

Expertise

We provide high precision, quantitative image analysis services to support pre-clinical and clinical research. Delivering accurate and detailed quantification of nuclear, membrane and cytoplasmic markers on a cell-by-cell basis within Histology, IHC and ISH tissue sections.

Why OracleBio?

We are a specialised CRO, with years of experience delivering high quality data for small, medium and large Pharma. Highly skilled in quantitative digital pathology, we’re able to expertly address complex image analysis studies.

Leading the way in advanced quantitative image analysis for Pharma R&D

Find out more about our services

Insights

Image Analysis Quality Control Part 3: Staining QC

Image Analysis Quality Control Part 3: Staining QC

Image Quality Control (QC) is an essential first step in any image analysis study. At OracleBio, we QC check every image before analysis and only proceed with images that meet certain criteria, taking into consideration 1) Image Scan 2) Tissue Section and 3) Staining....

Image Analysis Quality Control Part 2: Tissue Section QC

Image Analysis Quality Control Part 2: Tissue Section QC

Getting the image quality right before embarking on advanced image analysis may be an obvious statement to make.  However, there are multiple ways to assess image quality and this speaks to the need for robust quality control (QC) processes throughout an image...

Image Analysis Quality Control Part 1: Image Scan QC

Image Analysis Quality Control Part 1: Image Scan QC

Good quality image analysis requires good quality images. Therefore, before beginning quantitative analysis it is essential to first conduct a Quality Control (QC) review of all images to assess suitability for analysis and to only proceed with images that meet...