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The theoretic framework of electrode systems and numerical data for use in serum analysis is given. Original literature and recent applications to serum analysis are compiled for different types of sensors. The interactions of various effects and their relevance in the context of the precision that newer instrumentation offers are discussed. Specifically, the following topics are treated: response to interfering ions (Nicolsky Eq.), concentration to activity conversion (Debye-Hückel formalism), and liquid-junction potentials (Henderson Eq.); Debye-Hückel parameters, selectivity factors, and physiologic activity ranges; solid-state, liquid-membrane, and special electrodes; flow-through systems, precision, and stability.
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
January 1988,
Medical progress through technology,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
January 1978,
Arzneimittel-Forschung,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
August 1979,
CRC critical reviews in clinical laboratory sciences,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
August 1986,
Clinical chemistry,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
June 1988,
Analytical chemistry,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
December 1981,
British journal of hospital medicine,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
April 1999,
Postgraduate medical journal,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
January 1986,
Advances in clinical chemistry,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
June 1990,
Analytical chemistry,
P C Meier, and
D Ammann, and
H F Osswald, and
W Simon
January 1975,
International journal of environmental analytical chemistry,
