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⚡ Article Synopsis: In this article, image analysis scientist Matthew McFarlane shares his thoughts on some of the recent Visiopharm software updates, how they work, and their benefits.With the rapid advancement into the era of precision medicine, digital pathology is...
⚡ Article Synopsis: This latest article is part 2 of our recent Good Clinical Practice (GCP) service update — our GCP team takes a deeper dive into the ‘what, why, and how’ of GCP image analysis and how data generated to a regulatory standard can add value in...
⚡ Article Synopsis: In this latest article, our GCP team talks about the exciting next phase of our Good Clinical Practice services, which have now launched. Expect to learn more about the client benefits. the process of analysing histology images to a regulatory...
Earlier this year, we announced that OracleBio is now conducting quantitative image analysis on clinical trial samples in accordance with Good Clinical Practices (GCP). Having recognised these standards, it is important to ensure that this high-level quality is...
OracleBio's recent GCP implementation was driven by Clinical Operations Manager, Alison Bigley. In this blog, Alison discusses why GCP is important, the current state of play with regulatory standards in image analysis and more...What is Good Clinical Practice and why...
OracleBio's Chief Scientific Officer, Lorcan Sherry, recently joined Aleksandra Zuraw on the Digital Pathology Place podcast. During the podcast, Aleks and Lorcan have a conversation about the history of OracleBio and the company's journey to GCP Image Analysis....
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....
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...
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...
The production of robust tissue-based quantitative histopathology data is completely dependent on high quality sample preparation and staining. Failure to ensure that samples are of a high quality can hinder subsequent image analysis processes, negatively impact on...
Delivering robust and meaningful data in support of an ever-increasing demand on tissue-based biomarker evaluations is critical to improving decision making in clinical R&D. To realise these requirements, it is vitally important to implement quality standards...