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Fully implantable wireless batteryless vascular electronics with . . . Here, we report an implantable, wireless vascular electronic system, consisting of a multimaterial inductive stent and printed soft sensors capable of real-time monitoring of arterial pressure, pulse rate, and flow without batteries or circuits
lt;br gt;完全植入式无线无电池血管电子设备，带有印刷软传感器 . . . Here, we report an implantable, wireless vascular electronic system, consisting of a multimaterial inductive stent and printed soft sensors capable of real-time monitoring of arterial pressure, pulse rate, and flow without batteries or circuits
Fully implantable batteryless soft platforms with printed nanomaterial . . . Here, we report a fully implantable soft electronic system without batteries and circuits, which still enables continuous wireless monitoring of restenosis in real-time with a set of nanomembrane strain sensors in an electronic stent
Fully implantable wireless batteryless vascular electronics with . . . Here, we report an implant-able, wireless vascular electronic system, consisting of a multimaterial inductive stent and printed soft sensors capable of real-time monitoring of arterial pressure, pulse rate, and flow without batteries or circuits
Fully implantable wireless batter. . . preview related info | Mendeley Herbert, R , Lim, H R , Rigo, B , Yeo, W H (2022) Fully implantable wireless batteryless vascular electronics with printed soft sensors for multiplex sensing of hemodynamics Science Advances, 8 (19) https: doi org 10 1126 sciadv abm1175
Supplementary Materials for - Science | AAAS Here, the equation for inductance of the stent (L) is estimated as a solenoid by: where is μ magnetic permeability, N is the number of loops, d is stent diameter, and l is stent length Experimental results indicated this estimate to be sufficient, with the stent inductance slightly lower