Imaging Software Solutions for a
Global Medical Device Industry

Galgo Medical is a Barcelona-based company that emerged from the Deparment of Informatic Technologies (DTIC) of the Universitat Pompeu Fabra (Barcelona, Spain).

Galgo has focused on four
medical disciplines:

About us

Galgo Medical SL is a Barcelona-based company incorporated in July 2013. It emerged from the Department of Information Technologies (DTIC) of the Universitat Pompeu Fabra (Barcelona, Spain).

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.

Key Personnel

In the picture, from left to right:

  • Héctor Fernández, co-founder, CTO of ANKYRAS
  • Yves Martelli, co-founder, no longer in GALGO
  • Jacobo Gil de Biedma, CRO of GALGO Medical SL and Adas3D Medical SL
  • Luis Serra (PhD), co-founder, President of the Board of GALGO Medical SL and Adas3D Medical SL
  • Ludovic Humbert (PhD), co-founder, CEO of 3D-SHAPER Medical SL
  • Martin Steghöfer, Principal engineer, Adas3D Medical SL
  • Xavi Planes, co-founder, CTO of Adas3D Medical SL
  • Antoni Riu, co-founder, CEO of GALGO Medical SL and Adas3D Medical SL

(Not appearing, alphabetical order)

  • Ignacio Delgado (MD PhD), CSO of StereoDive
  • Rosa Maria Figueras (PhD), CCO of Adas3D Medical SL
  • Francia Rojas, Regulatory officer of GALGO Medical SL and Adas3D Medical SL
  • Alfredo Higueras (PhD), Director of StereoDive
  • María Izquierdo, CTO of 3D-SHAPER Medical SL
  • Ignacio Larrabide (PhD), co-founder, CCO of ANKYRAS
  • Sam Wilson, CRO of 3D-SHAPER Medical SL
  • Renaud Winzenrieth (PhD), CCO of 3D-SHAPER Medical SL

Funded Projects

Galgo has participated in the following projects:

  • 2021


    Ministerio de Ciencia e Innovación - PLEC2021-007614 "DIDIMO" - Personalized cardiac digital twins to enhance the development of medical devices and cardiac antiarrhythmic treatments.

  • 2020


    Horizon2020 - H2020-MSCA-ITN-2020 – #955735 “DISc4ALL” – European Training Network to advance integrated computational simulations in translational medicine applied to intervertebral disc degeneration.

    Eurostarts E!114276 “ANKLOUD” – financiación CDTI CIIP-20202012 – Simulation- based platform for personalized brain aneurysm treatment with braided devices.

  • 2019


    RETOS 2019-007413-1 “ANDAMIO” – Estimation of the mechanical resistance of the spine to prevent osteoporotic fractures

    CDTI – Proyectos unilaterales – IDI-20191246 “INTOPHARMA” – Development of a new tool for personalization in the pharmacological treatment of osteoporosis andits subsequent follow-up.

  • 2018


    CDTI PID IDI-20180908 “VISOR” - Multimodal 3D viewer for planning and navigating cardiac ablation procedures

  • 2017


    ICEX NEXT – Fondo Europeo de Desarrollo Regional – Commercial development plan for the product 3D-SHAPER

  • 2016


    MINECO RTC-2016-5073-1 POROVIEW – Predictive modeling of braided devices (flow-diverters)

    CDTI INNO-20161015 INNOGLOBAL VETA – Risk stratification of sudden cardiac death in patients with non-ischemic cardiomyopathy

    TORRES QUEVEDO PTQ-16-08627 – Dr PhD Renaud Winzenrieth

    TORRES QUEVEDO PTQ-16-08628 – Dr MD PhD Ignacio Delgado

    ENISA Crédito 2016 para el Desarrollo Empresarial de nuevas empresas de base tecnológica (Credit for the Business Development in new technology companies)

  • 2015


    MINECO RTC-2015-3515-1 ADAS – Heart modeling for planning cardiac ablation procedures

    CDTI SNEO-20151062 NEOTEC PPMED – Programa de impulso a nuevas empresas (Support program for new companies)

    TORRES QUEVEDO PTQ 15-07782 – Dra Phd Rosa Maria Figueras

  • 2014


    CDTI IDI-20150015 IBEROEKA FDF-MOBILE Co-financed by FONDO EUROPEO DE DESARROLLO REGIONAL (FEDER), within the program Programa Operativo de Crecimiento Inteligente 2014-2020 – Braided Device Modeling for Brain Aneurysm Intervention Planning

    CDTI CIIP-20141008 EUROSTARS 3D-DXA SPINE – 3D reconstruction of the spine in shape and density from a DXA image

    MINECO RTC-2014-2740-1 BIODXA – Biomechanical modeling of the femur for bone densitometry

    ENISA Crédito 2014 para el Desarrollo Empresarial de nuevas empresas de base tecnológica (Credit for the Business Development in new technology companies)

  • 2013

     

    TORRES QUEVEDO PTQ 2013-6124 – Dr Luis Serra del Molino

    TORRES QUEVEDO PTQ 2013-6213 – Dr PhD Ludovic Humbert

    GENERALITAT DE CATALUNYA, DOCTORAT INDUSTRIAL DI-2014, CO- FINANÇAMENT FONS SOCIAL EUROPEU – Dra PhD Mirella López

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