Startups
2013
GALGO MEDICAL SLPredictive Software for safer treatment
Address
Rambla de Catalunya 53, 08007 Barcelona, Spain
Finance Data
CERCA ownership
Other Catalan Public owners
Logo
Status & Deeptech areas
Company Status & Company Deeptech AreasCurrent company status
DeepTech Area
Spinoff information
Company Description
The team developed a solid experience in developing imaging post-processing software solutions obtained during more than seven years working together at the Universitat Pompeu Fabra. They were involved in national and international competitive projects and nurtured over the years close collaborations with several clinical institutions.
In July 2017 Galgo Medical Pte Ltd was incorporated in Singapore to add 3D visualization and interaction capabilities to its products. To that purpose, it has engaged some of the engineers that developed the Dextroscope. It also aims to benefit from the business potential in this region. Galgo will co-fund and co-develop this technology in partnership with the Diagnostic Development Hub -DxD
In July 2017 Galgo Medical Pte Ltd was incorporated in Singapore to add 3D visualization and interaction capabilities to its products. To that purpose, it has engaged some of the engineers that developed the Dextroscope. It also aims to benefit from the business potential in this region. Galgo will co-fund and co-develop this technology in partnership with the Diagnostic Development Hub -DxD
Product description
ADAS 3D - Fibrosis Imaging for the EP Lab
ADAS 3D is an imaging platform intended to help qualified healthcare professionals visualize fibrosis, wall thickness, and surrounding anatomical structures of the cardiac walls.
The software consists of two post-processing modules for the Left Ventricle (LV) and Left Atrium (LA). Both modules automatically identify areas of LV/LA fibrosis and enable viewing adjacent structures to the chamber of interest, providing quick and easy to use quantification and visualization tool.
ANKYRAS - Revealing braided stent behavior.
ANKYRAS is a product for the personalized predictive simulation of braided stents in the treatment of Intracranial aneurysms for precise and safe implantation, which assesses the fitting of a particular device on the patient.
ANKYRAS is an advanced software solution that provides an integral solution to the operating physician. It can be accessed on 3 different platforms, namely desktop, web and mobile. Each solution adapts to different user profiles, depending on their role, level of expertise and requirements.
3D-SHAPER - Revealing the cortical thickness from DXA
3D-SHAPER is a software solution that reconstructs bony structures in 3D from Dual-energy X-ray Absorptiometry (DXA).
It allows clinicians to assess the cortical bone and trabecular macrostructure in routine clinical practice.
ADAS 3D is an imaging platform intended to help qualified healthcare professionals visualize fibrosis, wall thickness, and surrounding anatomical structures of the cardiac walls.
The software consists of two post-processing modules for the Left Ventricle (LV) and Left Atrium (LA). Both modules automatically identify areas of LV/LA fibrosis and enable viewing adjacent structures to the chamber of interest, providing quick and easy to use quantification and visualization tool.
ANKYRAS - Revealing braided stent behavior.
ANKYRAS is a product for the personalized predictive simulation of braided stents in the treatment of Intracranial aneurysms for precise and safe implantation, which assesses the fitting of a particular device on the patient.
ANKYRAS is an advanced software solution that provides an integral solution to the operating physician. It can be accessed on 3 different platforms, namely desktop, web and mobile. Each solution adapts to different user profiles, depending on their role, level of expertise and requirements.
3D-SHAPER - Revealing the cortical thickness from DXA
3D-SHAPER is a software solution that reconstructs bony structures in 3D from Dual-energy X-ray Absorptiometry (DXA).
It allows clinicians to assess the cortical bone and trabecular macrostructure in routine clinical practice.