In the first short part of this deliverable are summarized the acute experiments performed in order to evaluate the interactions from recipient and device after the implantation of Synergy CircuLite micropump as well as the function of flow sensor in-housed within the pump. These experiments have been already described in details in the D11.2 First Release of Acute Experiments (submission date 16/10/2013). In the second part there are reported in details the acute experiments with the implementation of pressure sensors within the CL micropump, the in vivo testing of the Autoregulation Unit features in the implantable platform, the validation of TET and TEL system alone and together with the FlowVAD in a hybrid configuration, and finally a test of the wireless data storage and transfer throughout the ICT hardware and software devices. The last experiment with the testing of the complex experimental scenario, due to the promising obtained results, has been described in a short abstract of the multidisciplinary team and presented as oral presentation by the project coordinator, at the 5o Congresso Cardio-IFC, Pisa Auditorium Area della Ricerca CNR, 2-4 April, 2014, SensorART: next generation VAD? Maria Giovanna Trivella1, Elmar Huber2, Michael Martin3, Giuseppe Tortora4, Rossella Fontana4, Giorgos Aristomenopoulos5, Monica Vatteroni4 (1 Istituto di Fisiologia Clinica, CNR, Pisa, Italy/ 2 em-tec GmbH, Finning, Germany/3 CircuLite GmbH, Aachen, Germany/4 Scuola Superiore Sant'Anna, Pisa, Italy/ 5 VELTI, Athens, Greece).
D11.2 Acute Animal Experiments
2014
Abstract
In the first short part of this deliverable are summarized the acute experiments performed in order to evaluate the interactions from recipient and device after the implantation of Synergy CircuLite micropump as well as the function of flow sensor in-housed within the pump. These experiments have been already described in details in the D11.2 First Release of Acute Experiments (submission date 16/10/2013). In the second part there are reported in details the acute experiments with the implementation of pressure sensors within the CL micropump, the in vivo testing of the Autoregulation Unit features in the implantable platform, the validation of TET and TEL system alone and together with the FlowVAD in a hybrid configuration, and finally a test of the wireless data storage and transfer throughout the ICT hardware and software devices. The last experiment with the testing of the complex experimental scenario, due to the promising obtained results, has been described in a short abstract of the multidisciplinary team and presented as oral presentation by the project coordinator, at the 5o Congresso Cardio-IFC, Pisa Auditorium Area della Ricerca CNR, 2-4 April, 2014, SensorART: next generation VAD? Maria Giovanna Trivella1, Elmar Huber2, Michael Martin3, Giuseppe Tortora4, Rossella Fontana4, Giorgos Aristomenopoulos5, Monica Vatteroni4 (1 Istituto di Fisiologia Clinica, CNR, Pisa, Italy/ 2 em-tec GmbH, Finning, Germany/3 CircuLite GmbH, Aachen, Germany/4 Scuola Superiore Sant'Anna, Pisa, Italy/ 5 VELTI, Athens, Greece).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
