Conferences & Posters:

  1. Contarino C. Towards a digital platform to analyze diseases and medical devices: the Digital Avatar. Challenges in Cardiovascular Flow 24 July 2019, Bath, UK.
     

  2. Contarino C. The advantages of boundary conditions for 3D models based on physiological, multi-scale models of the cardiovascular system: an application of the Digital Avatar. Webinar organized by Living Heart Project community, Dassault Systemes 9 October 2019, Online.
     

  3. Contarino C. Designing and testing VAD using the Digital Avatar. 46th ESAO Congress, September 5, 2019, Online.
     

  4. Contarino C. Physiologically-based boundary conditions from multi-scale mathematical model of the human physiology: towards a cloud-based in-silico clinical trial tool for medical device research. VPH 2020 26-28 August 2020, Paris, France.
     

  5. Contarino C, Chifari F, D’Souza G, Herbertson L. Modeling of cardiogenic shock in combination with mechanical circulatory support: using virtual modelling to support medical device development. Design of medical devices conference, April 6-9, 2020, Minneapolis, MN, USA.
     

  6. Contarino C, Chifari F, D’Souza G, Herbertson L. Characterization of a Multi-Scale Computational Model and a Mock Circulatory Loop to Simulate Cardiogenic Shock. 66th ASAIO annual conference, June 10-12, 2021, Washington DC, USA.
     

  7. Contarino C, Chifari F. Towards a clinical decision support system through in-silico testing: use case on MCS for shock condition. 47th ESAO Congress, September 7-11, 2021,London,UK.
     

  8. Contarino C, Chifari F, D’Souza G, Herbertson L. Characterization of a Multi-Scale Computational Model and a Mock Circulatory Loop to Simulate Cardiogenic Shock. 47th ESAO Congress, September 7-11, 2021, London, UK.
     

  9. Contarino C, Chifari F. Mechanical circulatory support systems for cardiogenic shock conditions: towards an in silico-based clinical decision support system. SIMAI 2020-2021: Convegno nazionale della Società Italiana di Matematica Applicata e Industriale, August 30 - September 3, 2021, Parma, Italy.
     

  10. Contarino C, Chifari F, Ambrosi S, Corbetta E, Cattaneo S, Rasulo FA, Pappalardo F, Montisci A. A holistic in-silico model of the human cardiovascular system to study the effects of a percutaneous VAD on cardiac unloading in cardiogenic shock. 6th Annual A-CURE Symposium, January 27-28, 2022, Miami, FL, USA.
     

  11. Contarino C, Chifari F. In-silico population combined with medical treatment and pathological conditions: towards a multi-scale model of human physiology for clinical applications. COLIBRI workshop 2022 Mathematical Modeling and Machine  Learning in Computational Medicine, February 14-15, Graz, Austria
     

  12. Contarino C, Chifari F. Towards a multi scale and multi fidelity model of human physiology: the challenge of data integration and model calibration in a clinical environment. 7th International conference on Computational and Mathematical Biomedical Engineering ( CMBE 2022 ), June 27-29, Milano, Italy.

 

Papers:

  1. Contarino C, Chifari F, D’Souza G, Herbertson L. Characterization of a Multi-Scale Computational Model and a Mock Circulatory Loop to Simulate Cardiogenic Shock.    - To be submitted -
     

  2. Kamali Shahri SM, Contarino C, Chifari F, Mahmoudi M, Gelman S. Function of arteries and veins in conditions of simulated cardiac arrest. Bioimpacts. 2021;11(2):157-164. doi: 10.34172/bi.2021.13. Epub 2021 Mar 7. PMID: 33842286; PMCID: PMC8022231.

Patent_1
 

Patent:

  • Distributed medical intervention testing on a digitally simulated patient. PCT phase.