Add to ORKGA low noise electrode suited for sensing electrocardiograms when chronically and subcutaneously implanted in a free ranging subject is described. The electrode comprises a pocket shaped electrically conductive member with a single entrance adapted to receive body fluids. The exterior of the member and the entrance region is coated with electrical insulation so that the only electrolyte/electrode interface is within the member, remote from artifact-generating tissue. Cloth straps are bonded to the member to permit the electrode to be sutured to tissue and to provide electrical lead flexure relief
Continuous monitoring of the heart rhythm and electrophysiology is a vital biosensing ability that i...
Newly designed electrode is prefilled, disposable, electrolyte-saturated spong. New design permits l...
An implant telemetry system for the simultaneous monitoring of temperature, activity, and EKG from s...
An integrated system was developed, consisting of an insulated electrode and an impedance transforme...
State-of-the-art ECG (electrocardiography) uses wet Silver/Silver-Chloride (Ag/AgCl) electrodes wher...
Batteries are often the limiting factor in the size and lifetime of implantable biotelemeters. The p...
Monitoring of intrabody cardiovascular parameters can benefit from implantation of miniature devices...
Current Electrocardiographic (ECG) signal acquisition methods are generally highly intrusive, as the...
Capacitive electrocardiogram (ECG) measurement over clothing requires large electrodes that can rema...
Abstract- The accepte'd models of the origin of interference in body surface potential recordin...
In this study we present an innovative electrode system, for many different applications in the fiel...
This paper reviews textile-structured electrodes, an interactive textile device, for wearable electr...
[EN] Although the surface electroenterogram (EEnG) is a weak signal contaminated by strong physiolog...
For the purpose of long-term, everyday electrocardiogram (ECG) monitoring, we present a convenient m...
This publication describes a measurement system that obtains an electrocardiogram (ECG) by capacitiv...
Continuous monitoring of the heart rhythm and electrophysiology is a vital biosensing ability that i...
Newly designed electrode is prefilled, disposable, electrolyte-saturated spong. New design permits l...
An implant telemetry system for the simultaneous monitoring of temperature, activity, and EKG from s...
An integrated system was developed, consisting of an insulated electrode and an impedance transforme...
State-of-the-art ECG (electrocardiography) uses wet Silver/Silver-Chloride (Ag/AgCl) electrodes wher...
Batteries are often the limiting factor in the size and lifetime of implantable biotelemeters. The p...
Monitoring of intrabody cardiovascular parameters can benefit from implantation of miniature devices...
Current Electrocardiographic (ECG) signal acquisition methods are generally highly intrusive, as the...
Capacitive electrocardiogram (ECG) measurement over clothing requires large electrodes that can rema...
Abstract- The accepte'd models of the origin of interference in body surface potential recordin...
In this study we present an innovative electrode system, for many different applications in the fiel...
This paper reviews textile-structured electrodes, an interactive textile device, for wearable electr...
[EN] Although the surface electroenterogram (EEnG) is a weak signal contaminated by strong physiolog...
For the purpose of long-term, everyday electrocardiogram (ECG) monitoring, we present a convenient m...
This publication describes a measurement system that obtains an electrocardiogram (ECG) by capacitiv...
Continuous monitoring of the heart rhythm and electrophysiology is a vital biosensing ability that i...
Newly designed electrode is prefilled, disposable, electrolyte-saturated spong. New design permits l...
An implant telemetry system for the simultaneous monitoring of temperature, activity, and EKG from s...