quantusFLM

Transmural Biotech has developed the first 100% non-invasive fetal lung maturity test, based on the analysis of an ultrasound image of the fetal lungs. It is an alternative to amniocentesis, easy to use and offers reliable results in a few minutes.

quantusPREMATURITY

Thanks to our work in R&D, we have developed the first robust test for an early detection of the spontaneous premature birth risk. By analyzing an ultrasound image of the cervix, we can detect cervical remodeling early. Thus, in a fast and reliable way, we provide the opportunity to obtain the risk of spontaneous premature birth.

quantusSKIN

Our commitment to medicine and personalized diagnosis has led us to apply our technology to the evaluation of skin lesions.
Thus, at Transmural Biotech we have developed quantusSKIN, a robust, fast and easy-to-use test for the diagnosis and detection of malignant dermatological lesions from dermatoscopic images.

By simply analyzing and classifying the images, quantusSKIN determines the risk of malignancy (melanoma, basal cell carcinoma or squamous cell carcinoma), being of great help in screening patients with risk factors and prioritizing waiting lists.

quantusGL

Glaucoma is one of the leading causes of blindness worldwide. Its early detection makes the difference. At Transmural Biotech we have developed quantusGL a non-invasive, fast and easy to use test for the diagnosis of glaucoma from fundus images of the retina.

Its technology is based on the quantitative analysis of the texture of the fundus image obtained by ocular retinography. By simply analyzing and classifying images, quantusGL determines the probability of presenting glaucoma in a few minutes, being of great help in screening patients with risk factors and prioritizing waiting lists.

quantusMM

quantusMM is a non-invasive, quick, and easy-to-use test for the early detection of breast pathologies, developed in collaboration with the Basque Health Service Osakidetza and the Biodonostia Institute Association.
Its technology is based on the quantitative analysis of breast image texture. quantusMM classifies images and assigns them a category based on the BI-RADS (Breast Imaging-Reporting and Data System) system, which determines the probability of malignancy in the breast being analyzed, differing from the standard in that the categories are based on sensitivity values rather than positive predictive value.
quantusMM has been designed as a tool to assist clinicians, especially in mass screening processes for patients with risk factors, in the early detection of breast pathologies, and in prioritizing waiting lists.

quantusRT

quantusRT is a non-invasive, fast, and easy-to-use test for detecting diabetic retinopathy from retinographic images. Its technology is based on quantitative analysis of the texture of the retinographic image. By simply analyzing and classifying images, quantusRT determines the risk of diabetic retinopathy in a matter of minutes.
The images are classified as benign or malignant, without the need (or as a complement) for a specialist to perform a visual inspection of the retinographic image. The specialist, who is always trained, classifies the images using visual patterns, and quantusRT gives a percentage risk of malignancy.
Mass screening of patients with risk factors, early detection of breast pathologies, and prioritization of waiting lists.

quantusOS

At Transmural Biotech, we have developed quantusOS, a non-invasive, fast, and easy-to-use test for the automatic detection of osteoporosis. Developed in collaboration with the Ramón y Cajal University Hospital in Madrid, Spain.

Images are classified into different categories according to the risk of osteoporosis. Based on a hip X-ray, it is able to detect the risk of osteoporosis. Its technology is based on the quantitative analysis of the texture of the femurs.

quantusTX

Our commitment to medicine has led us to apply our technology to develop quantusTX, a non-invasive, fast, reliable, and easy-to-use test for the automatic detection of pathologies detected in chest X-rays, such as atelectasis, consolidation, and pneumothorax.

It has been designed as a tool to assist clinicians, providing an automatic assessment of lung X-rays.

Simply analyzing the X-ray will provide results for the three pathologies.

quantusRT-OCT

quantusRT-OCT® is a non-invasive, fast, reliable, and easy-to-use test for the automatic detection of pathological markers corresponding to microcysts and hyperreflective spots in diabetic retinopathy. The images used will be optical coherence tomography (OCT) scans.

It has been designed as a tool to assist clinicians, in particular by providing an automatic assessment of the quantitative analysis of different sections of the retina obtained by means of an ocular tomography.