… and the reference electrode were implanted in the subcutaneous tissue through a small cervical
… current is proportional to the bulk concentration of analyte. In contrast, when slow electro…

… at the working electrode. Here, we report a simple, effective way to protect in vivo sensing
measurements from reference polarization with a replaceable subcutaneously implanted …

… , ingestion, and subcutaneous injection, respectively at 3–5 μg … the use of the cathodically
polarized BDD electrode in further … of the analyte at the anodically polarized BDD electrode is …

… and methods for the in vivo monitoring of an analyte using an … the level of the analyte, using
a subcutaneously implantable … as a warning through one of the electrodes or the optional …

… (i) measuring subcutaneous pH directly with a commercial pH microelectrode and (ii) collecting
ISF using … with a known analyte concentration for a 24 h process and then measuring the …

… used; all potentials were referred to an Ag/AgCl, 3 M Clreference electrode. The working …
method (a perfusion medium is continuously pumped through the probe) based on analyte …

… to accelerating the metabolism, facilitating the burning of subcutaneous body fat deposits. …
equipment and pre-treatment steps prior to estimation of an analyte [53]. Compared with these …

… using these two techniques. High fluxes of analytes were beneficial by having high detectable
analyte … The limitation of this method is that subcutaneously implanting a needle is invasive…

… According to the measurement technique… method based on measuring a signal, which
arises from the flow of electrons exchanged in an electrochemical reaction at a constant electrode …

… Subcutaneous glucose electrode Use of redox polymer comprising a redox enzyme and a
redox … Electrochemical analyte Use of quaternized osmium-containing redox polymer or 2-…