Zinātniskās darbības atbalsta sistēma
Publikācija: Application of Garment—Embedded Textile Electrodes for EIT Based Respiratory Monitoring
| Publikācijas veids | Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS |
|---|---|
| Pamatdarbībai piesaistītais finansējums | Pētniecības projekti |
| Aizstāvēšana: | , |
| Publikācijas valoda | English (en) |
| Nosaukums oriģinālvalodā | Application of Garment—Embedded Textile Electrodes for EIT Based Respiratory Monitoring |
| Pētniecības nozare | 2. Inženierzinātnes un tehnoloģijas |
| Pētniecības apakšnozare | 2.1. Būvniecības un transporta inženierzinātnes |
| Pētniecības platforma | Materiāli, procesi un tehnoloģijas |
| Autori |
Aleksejs Kataševs
Aleksandrs Okss Sabine Krüger-Ziolek Benjamin Schullcke Knut Möller |
| Atslēgas vārdi | Electric impedance tomography, Textile electrodes |
| Anotācija | Electro-impedance tomography (EIT) is a technology, capable to replace spirometry in a number of applications due to ability to evaluate changes in volumes of separate lung segments. EIT measurements required an array of conventional bio-potential electrodes, attached to the patient’s chest. Replacement of conventional electrodes with knitted conductive textile electrodes, integrated in a patient’s underwear, could increase the area of EIT applications, enabling daily respiratory monitoring in hospitals, at home, during physical activity etc. The goal of the present paper was to demonstrate usability of textile electrodes for EIT measurements. The conductive textile was integrated in the chest of the long sleeves thermal underwear t-shirt to form three rows of 16 circumferential electrodes each to be connected to the commercial EIT monitoring system Dräger® Infinity C500. Two healthy male volunteers aged 45 – 50 performed tidal breathing, deep breathing, and FRC maneuver. The breathing volume ad FRC was measured using spirometer, integrated into total body plethysmograph. The course of measurements demonstrated, that textile electrodes has too loose contact with the skin, due to this electrodes electric impedance exceeded the range, suitable for operation of the Infinity C500 EIT machine. Application of additional pressure to electrodes and use of electrolyte spray reduced impedance of textile electrodes to acceptable values. Under such conditions, there were no difference in correlation coefficient between spirometry volumes and ETI volumes, obtained using either conventional or textile electrodes. |
| DOI: | 10.1007/978-981-10-9038-7_171 |
| Hipersaite: | https://link.springer.com/chapter/10.1007%2F978-981-10-9038-7_171  |
| Atsauce | Kataševs, A., Okss, A., Krüger-Ziolek, S., Schullcke, B., Möller, K. Application of Garment—Embedded Textile Electrodes for EIT Based Respiratory Monitoring. No: World Congress on Medical Physics and Biomedical Engineering (WC 2018): IFMBE Proceedings, Čehija, Prague, 3.-8. jūnijs, 2018. Singapore: Springer, 2018, 927.-930.lpp. ISSN 1680-0737. Pieejams: doi:10.1007/978-981-10-9038-7_171 |
| Papildinformācija |
Citējamību skaits: |
| ID | 29411 |
