Olea Medical – Leveraging intelligent MRI & CT medical imaging software applications that offers optimal patient-centric care

Computed tomography perfusion (CTP) is a functional examination of brain tissue that characterises the state of cerebral perfusion and provides information about the current status of the circulation. CTP can improve diagnostic accuracy of ischemic stroke. Published studies showed that perfusion imaging improves the prognosis of patients with acute ischemic stroke in anterior circulation and allows patients to be referred for treatment outside the time window for administration of intravenous thrombolysis (IVT) or mechanical thrombectomy (MT).

Olea Medical, a provider of advanced MR and CT perfusion imaging post-processing, designs medical imaging applications improving diagnostic processes. Olea Medical was incorporated in 2008, but its history began in 1998, when its founder, then a young medical school student, decided to transition to computer engineering. A trick of life plunged him into the world of medical research to design software dedicated to the processing of medical images for hyper acute stroke – the ancestor of PerfScape and NeuroScape.

After a ten-year career in military informatics, the idea of Olea Medical emerged with three other engineers, motivated and idealistic, and, with it, the mission of Olea – Improve Diagnosis for Life. Olea Medical, initially a 4-people adventure, is now an established company gathering engineers, mathematicians, astrophysicists, researchers, accompanied by renowned clinicians and prestigious scientific advisors that share one common goal: improving the diagnosis and treatment of most devastating diseases. The credibility of Olea Medical has been established through the domestication of cutting-edge technology, partnerships with leading institutions, and a powerful vision: saving the highest number of lives.

The Technology

Olea Medical has built its reputation as a global innovation leader using a unique scientific approach based on Bayesian algorithms which allows us to overcome the limitations of medical imaging. The Bayesian method has improved the signal processing method to more quickly obtain reliable and accurate data, which greatly improves the diagnostic capabilities and patient care. Today, their solutions combine the capabilities of artificial intelligence (AI) with deep learning tools that have been tested by clinical experts, researchers, and imaging specialists.

OLEA SPHERE^® 3.0

Olea's breakthrough neuroimaging tools seamlessly integrate into your daily clinical CT & MRI workflows to assist you in every step of your decision-making in pre- and post-treatment environments. Their comprehensive vendor-neutral neurology solution provides rapid CT & MRI brain imaging information for benign and malignant differentiation as well as a clearer view of therapeutic response and disease progression. Their advanced oncology MRI imaging software solution provides a better understanding of the pathology and improves communication across the different medical specialties for better patient care. Their cutting-edge women’s imaging solution offers you critical support by accelerating results, helping decrease workload and maximizing confidence in your decision-making. The leading-edge embedded technologies with automatic data visualization and segmentation help characterize abnormalities, evaluate priors and assist in interventional planning.

Olea Medical offers an advanced and dedicated analysis platform to get the most out of your images in a fast and efficient way. It offers a full cardiology MRI solution for faster differentiation between normal functional areas and lesions, and analyzing cardiovascular dimensions, morphology and myocardial function. The groundbreaking MSK imaging software enables the characterization of potential tissue degeneration in athletes and non-athletes alike. The vendor-neutral sports medicine MRI solution provides key information for muscle, bone and joint disorders along with a clearer view of lesion assessment and early detection of articular changes.

Olea Medical's package includes a framework (SDK) and starter kit

Olea's new Software Development Kit (SDK) enables the integration of your research using multiple programming language options (Java, Python, C, C++, MatLab, and more). With the cutting-edge framework provides advanced developer capabilities while also offering an essential array of built-in options (algorithms and UX) that are already used and validated within their core Olea solutions. By leveraging these presets and focusing on algorithms that are specific to your requirements, you can efficiently generate a testable and verifiable application using their user-optimized SDK program. Some of the central features available on this unique platform include a DICOM reader, advanced post-processing algorithms, batch processing, viewer, and measurement and volume tools

A ground-breaking didactic and intuitive user interface, powered with drag-and-drop features along with object representation of products and by products of software development, allows management of dependencies and code implementation in the blink of the eye, offering extensibility throughout product life cycle. Their innovative developer platform allows for simplified programming. Refactoring and coding are made easier thanks to specifically located and isolated objects. The maintenance is transverse throughout all the applications, avoiding repetitive correction.

About | Fayçal Djeridane

Fayçal Djeridane is the Founder and CEO of Olea Medical. Olea Medical^® was incorporated in 2008, but its history began in 1998, when its founder, Fayçal Djeridane, then a young medical school student, decided to transition to computer engineering. A trick of life plunged him into the world of medical research to design software dedicated to the processing of medical images.

After a ten-year career in military informatics, the idea of Olea Medical^® emerged with three other engineers, motivated and idealistic, and, with it, the mission of Olea – Improve Diagnosis for Life^TM.

"We develop our imaging solutions within regulatory and ethical frameworks that respect the principles of autonomy, benevolence, and equal access to care for all patients."