-transparent.png){kind=logo}
1. The limitations inherent in the conventional treatment of glucose decay curves as first-order rate systems are described. 2. The conventionally derived K value is a rate constant and should not be confused with a rate. 3. First-order systems are described by this rate constant and the initial concentration of substance studied. They cannot be described by either factor alone. 4. Two parallel curves cannot both result from first-order systems. 5. If K is conventionally calculated for two parallel curves, then the value obtained for the upper curve must be smaller than the value for the lower.
Related Publications
H H Lafferty, and
A E Giddings, and
D Mangnall
November 1986,
Zeitschrift fur Lebensmittel-Untersuchung und -Forschung,
H H Lafferty, and
A E Giddings, and
D Mangnall
January 1976,
Biophysical journal,
H H Lafferty, and
A E Giddings, and
D Mangnall
March 1975,
Biophysical journal,
H H Lafferty, and
A E Giddings, and
D Mangnall
November 2000,
Magnetic resonance imaging,
H H Lafferty, and
A E Giddings, and
D Mangnall
January 1990,
European biophysics journal : EBJ,
H H Lafferty, and
A E Giddings, and
D Mangnall
October 1983,
Biophysical journal,
H H Lafferty, and
A E Giddings, and
D Mangnall
June 1992,
Investigative radiology,
H H Lafferty, and
A E Giddings, and
D Mangnall
January 1988,
Computer methods and programs in biomedicine,
H H Lafferty, and
A E Giddings, and
D Mangnall
October 1980,
The journal of histochemistry and cytochemistry : official journal of the Histochemistry Society,
H H Lafferty, and
A E Giddings, and
D Mangnall
December 1997,
Anaesthesia,
