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http://dx.doi.org/10.33851/JMIS.2022.9.2.161

Correlation of Axillary Artery Pressure and Phase of Esophageal Impedance in Chickens  

Nakajima, Isao (Nakajima Labo., Seisa, University)
Kuwahira, Ichiro (Tokai University School of Medicine)
Hori, Shuho (Tokai University School of Medicine)
Mitsuhashi, Kokuryo (Nakajima Labo., Seisa, University)
Publication Information
Journal of Multimedia Information System / v.9, no.2, 2022 , pp. 161-170 More about this Journal
Abstract
Under General anesthesia with isoflurane, we insert a chicken's esophageal catheter into the near the left atrium. 1MHz radio wave was added to electrocardiogram electrodes of the esophagus, and the change of impedance (phase) was obtained by amplitude synchronous detection technique. At the same time, a thin tube is surgically inserted into the axillary artery to continuously measure blood pressure. The correlation between impedance (phase) and blood pressure was obtained. Both showed a very high correlation (R2=0.9665). It was also observed the waveform flowing from the left atrium into the left ventricle. When an individual infected with the avian influenza virus develops, the cytokine storms lead to hypotension earlier than the test for antigen-antibody reaction. In order to detect this, in the future, this impedance technique will be useful for screening individuals infected with avian influenza virus by measuring the blood pressure of chickens in cages in a non-contact manner using microwaves.
Keywords
Avian Influenza; Cytokine Storm; Amplitude Synchronous Detection; Convolution;
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