D1.4 |
Report in the form of scientific publication on the benchmarking between the ultrasound and inductive wireless links for powering active implants (including trade-offs, suitability for location in the body, capacity for power transfer) |
D1.5 |
Final inductively powered conformal peripheral nerve stimulating implant |
D1.6 |
Final US powered fracture monitor demonstrator |
D2.2 |
Demonstration of the fluidic and electrical functionality of the smart well plate platform. |
D2.3 |
Demonstration of the optimized Organ-on-Chip devices ready for integration in the smart well plate platform. |
D2.4 |
Demonstration of the functionality of the high-definition electrophysiology (HD e-Phys) multi well plate |
D2.5 |
Demonstration of the functionality of the smart well plate lid. |
D2.6 |
Demonstration of the three smart well plate platforms in a Realistic setting using cell cultures that are representative for their application in a biological or pharmaceutical setting. |
D2.8 |
White paper describing and advocating the smart well plate platforms highlighting their open technology character. |
D3.8 |
Prototypes demonstration |
D4.2 |
Open loop smart ultrasound system for fetal monitoring demonstrator report |
D4.3 |
Low frequency CMUT & PMUT demonstration report |
D6.8 |
Smart, open E2E security and privacy platform demonstration |
D6.9 |
Report on the WP6 application demonstrators |
D7.1 |
Public project web site and public communication material ready |
D7.3 |
Initial dissemination and communication plan |
D7.6 |
Documentary film on the results of Moore4Medical |
D7.9 |
Final dissemination and communication plan |
D8.1 |
Public summary of project |
D8.7 |
Public report on projects’ results |
Moore4Medical has received funding within the Electronic Components and Systems for European Leadership Joint Undertaking (ECSEL JU) in collaboration with the European Union’s H2020 Framework Programme (H2020/2014-2020) and National Authorities, under grant agreement H2020-ECSEL-2019-IA-876190