Abstract
An artificial pancreas consists of an insulin depot, a dosage unit and a glucose sensor. The measurement of the actual glucose concentration in blood is still an unsolved problem. Two methods are described for an electrocatalytic glucose sensor. Under the interfering action of amino acids and urea in-vitro measurements show an error of between 10% and 20%.
Citation Formats
Gebhardt, U, Luft, G, Mund, K, Preidel, W, and Richter, G J.
Electrocatalytic glucose sensor.
Germany: N. p.,
1983.
Web.
Gebhardt, U, Luft, G, Mund, K, Preidel, W, & Richter, G J.
Electrocatalytic glucose sensor.
Germany.
Gebhardt, U, Luft, G, Mund, K, Preidel, W, and Richter, G J.
1983.
"Electrocatalytic glucose sensor."
Germany.
@misc{etde_5960346,
title = {Electrocatalytic glucose sensor}
author = {Gebhardt, U, Luft, G, Mund, K, Preidel, W, and Richter, G J}
abstractNote = {An artificial pancreas consists of an insulin depot, a dosage unit and a glucose sensor. The measurement of the actual glucose concentration in blood is still an unsolved problem. Two methods are described for an electrocatalytic glucose sensor. Under the interfering action of amino acids and urea in-vitro measurements show an error of between 10% and 20%.}
journal = []
volume = {12:2}
journal type = {AC}
place = {Germany}
year = {1983}
month = {Jan}
}
title = {Electrocatalytic glucose sensor}
author = {Gebhardt, U, Luft, G, Mund, K, Preidel, W, and Richter, G J}
abstractNote = {An artificial pancreas consists of an insulin depot, a dosage unit and a glucose sensor. The measurement of the actual glucose concentration in blood is still an unsolved problem. Two methods are described for an electrocatalytic glucose sensor. Under the interfering action of amino acids and urea in-vitro measurements show an error of between 10% and 20%.}
journal = []
volume = {12:2}
journal type = {AC}
place = {Germany}
year = {1983}
month = {Jan}
}