Table 2 Summary of EIT devices used in the papers discussed in the review
Study | Device | Commercially available (Y/N) | Number of electrodes | Image reconstruction type |
|---|---|---|---|---|
Frierichs, 2016 | Goe-MF II EIT device (CareFusion, Höchberg, Germany) | N | 16 | GREIT; Back-projection algorithm (Krause, 2014) |
Vogt, 2012 | ||||
Vogt, 2016 | ||||
Krause, 2014 | ||||
Frerichs, 2019 | ||||
Bläser, 2014 | ||||
Erlandsson, 2006 | Dräger/GoeMFII, Lübeck, Germany | N | – | – |
Nestler, 2017 | PulmoVista 500; Dräger Medical, Lübeck, Germany | Y | 16 | – |
Eronia, 2017 | ||||
Zhao, 2018 | ||||
Grieco, 2016 | ||||
Becher, 2018 | ||||
Schaefer, 2014 | EIT Evaluation Kit 2, Dräger Medical, Lübeck, Germany | N | 32 | – |
Steinmann, 2008 | ||||
Zhao, 2009 | ||||
Zhao, 2013 | ||||
Pereira, 2018 | Enlight 1800, (Timpel, Brazil) | Y | 32 | – |
da Silva Ramos, 2018 | ||||
Spadaro 2018 | Swisstom BB2, Swisstom AG, Landquart, Switzerland | Y | 32 | – |
Karagiannidis, 2018 | ||||
Braun, 2018 | ||||
Reinius 2015 | Enlight impedance tomography monitor (Timpel, Brasil) | N | 32 | |
Yoshida, 2013 | Enlight impedance tomography monitor (Dixtal, Brasil) | N | 32 | 3-D finite element mesh and a linearized sensitivity-matrix algorithm |
Alves, 2014 | ||||
Vonk-Noordegraaf, 2000 Smit, 2002 | Sheffield Applied Potential Tomograph (DAS-01P portable data acquisition system, mark I, IBEES, Sheffield, UK) | N | 16 | – |
Maisch, 2011 | Enlight (Dixtal, Sao Paulo, Brazil) | N | 32 | – |
Karsten, 2014 | EIT (Dräger Medical AG, Germany) | N | 32 | – |
Rossi F, 2013 | Enlight® technology model DX-1800 (Dixtal, Sao Paulo, Brazil) | N | 16 | 3-D finite element mesh |
De La Oliva, 2017 | Customized textile belt and a computed tomography-based patient-specific 3-dimensional chest model (Swisstom, Landquart, Switzerland | N | – | – |
Frerichs 2019 | Goe-MF II EIT system; Viasys Healthcare, Höchberg, Germany | N | – | – |