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The performance of a uric acid determination kit has been evaluated for five months, under routine conditions, in a General Hospital Biochemical Laboratory. An anomalous increment in fresh serum blanks was noted in the kit when first introduced. This interference, probably due to alcohol dehydrogenase contamination, was corrected by addition of 50 mmol/l (NH4)2SO4 to the reagent. Results obtained with this modified reagent correlate perfectly with those obtained with modified kits by Smith Kline Instruments (SKI), and with many other determination methods. Correlations are discussed and explanations for differences in statistical data are offered. Within run and between run precision data are presented. The kit fits perfectly with the needs of centrifugal fast analyzers and discrete micro analyzers, on account of its speed, reliability and precision.
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
September 1974,
Clinical chemistry,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
September 1982,
Clinical chemistry,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
January 1977,
Advances in experimental medicine and biology,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
August 1974,
Biomedizinische Technik. Biomedical engineering,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
January 1964,
Zeitschrift fur medizinische Labortechnik,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
June 1979,
Quaderni Sclavo di diagnostica clinica e di laboratorio,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
September 1977,
Clinical chemistry,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
October 1976,
Clinical chemistry,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
January 1979,
Annals of clinical and laboratory science,
F Zoppi, and
A Peracino, and
S Marcovina, and
D Fenili
October 1974,
Clinical chemistry,
