Home of CancerMate: computational prognosis of neoadjuvant therapies for breast cancer
The Virtual Physiological Human Institute (VPHi) is an international not-for-profit organisation whose mission is to ensure that in silico medicine is fully realised, universally adopted, and effectively used in research and clinics. The VPHi acts as a catalyst to bring together different stakeholders (policymakers, funding bodies, regulatory agencies, clinical organisations, and industry) to maximise the … Read More “The Virtual Physiological Human Institute (VPHi)” »
Our app CancerMate, introducing the simulation for personalized oncology care for Triple-Negative Breast Cancer treated with Lynparza, has been given visibility in the “User Story Gallery” of the famous software for multiphysics simulation. Please click here to browse about.
The importance of VHTs is found in their potential to foster and accelerate the development of integrated, validated digital representations of the human body. This concept is being brought forth for example by edith-csa.eu and virtualhumantwins.eu, whose we are supporters. Our focus is personalized and precision care in oncology, current key priorities for the European Union. … Read More “Importance of Virtual Human Twins today” »
The only screen the user is presented, where all the action and results are displayed. The current beta version of CancerMate is provided free of charge to selected stakeholders. Please take the opportunity to glance at the current version of CancerMate’s User Manual.
CancerMateTM enforces an engineering modeling method for predictive oncology, by using COMSOL Multiphysics v.5.6® platform. CancerMate makes available to users such method without the need of interfacing with the platform’s front-end, offering a coherent work experience.In the present context, a model refers to a simplified representation or abstraction of a complex system or phenomenon. Models … Read More “CancerMate: an engineering method for predictive oncology” »
