Conclusions
The above method for evaluating the precision of measurements used in medicine can be applied to a wider range of measurements. It has only been possible, owing to the limited size of the article, to include in it an analysis of measurement accuracy, without dealing with other important problems, such as a comparison of various methods for their accuracy.
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Literature cited
Kolektiv autorov (usporiadal Fr. Karasek). Ucebnice fysiologic pro studujici lekarstvi. Statni zdravotnicke nakladatelstvi, Praha (1960).
Physiological Methods in Clinical Practice [in Russian]. Medgiz (State Press of Medical Literature), Leningrad (1959).
A. G. Ginetsimskii and A. V. Lebedinskii, Foundations of Human and Animal Physiology [in Russian]. Medgiz (1947).
D. L. Rubinshtein, General Physiology [in Russian]. Medgiz, Moscow (1947).
M. Netousek, Klinicka hematologie. Statni zdravotnicke nakladatelstvi, Praha (1962).
P. P. Korzhev, Haemoglobin [in Russian]. “Nauka∝ (Science) Press, Moscow (1964).
W. G. Zijlstra, Fundamentals and applications of clinical oximetry. Assen (Netherlands), Van Gorcum Co., N. Y. MCMLIII.
V. Sindelar, Volba eteciho intervalu pri fysikalnich merenich a jeho vliv na spolehlivost vysledku. Matematicko-fyzikalny casopis SAV, c. 4, roc. 8 (1958).
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Kubacek, L. Evaluation of measurement precision in experimental methods. Meas Tech 8, 206–214 (1965). https://doi.org/10.1007/BF00984262
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DOI: https://doi.org/10.1007/BF00984262