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A list of all pages that have property "Has abstract" with value "Evaluation of instrumental reproducibility is an essential component of quality control ̶ defined as standard operating procedures ̶ to quantify the precision and limit of detection of an analytical procedure. Instrumental tests implemented as standard operating procedures in high-resolution respirometry are the sensor test and the chamber test. The sensor test includes calibrations of the signal of the polarographic oxygen sensor (POS) in terms of oxygen concentration cO2 [µM] to evaluate the performance of the POS. The chamber test (instrumental O2 background test) focuses on the slope dcO2/dt to determine oxygen consumption by the POS and backdiffusion into the chamber [1]. We evaluated instrumental tests of 48 Oroboros O2k chambers obtained from a 3-year study on MiR05-Kit (Oroboros Instruments), carried out in the absence of sample. Stability of oxygen calibration signals at air saturation and zero oxygen was monitored up to 8 months. The maximum drift over 1 to 3 days was 0.05 pmol∙s−1∙mL−1, with no persistence over time since drift was < 0.004 pmol∙s−1∙mL−1 for a time interval of one month, corresponding to a drift per day of 0.2 % of the signal at air saturation. Instrumental O2 background dcO2/dt was stable within ±1 pmol∙s−1∙mL−1 at different O2 concentrations when measured at monthly intervals. Taken together, these results confirm the instrumental limit of detection of volume-specific O2 flux at ±1 pmol∙s−1∙mL−1. Following the standard operating procedures applied in the present study provides an instrumental proficiency test to ensure the unique reproducibility in high-resolution respirometry.". Since there have been only a few results, also nearby values are displayed.

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Baglivo 2022b ESCI Bari + (Evaluation of instrumental reproducibility … Evaluation of instrumental reproducibility is an essential component of quality control ̶ defined as standard operating procedures ̶ to quantify the precision and limit of detection of an analytical procedure.Instrumental tests implemented as standard operating procedures in high-resolution respirometry are the sensor test and the chamber test. The sensor test includes calibrations of the signal of the polarographic oxygen sensor (POS) in terms of oxygen concentration cO2 [µM] to evaluate the performance of the POS. The chamber test (instrumental O2 background test) focuses on the slope dcO2/dt to determine oxygen consumption by the POS and backdiffusion into the chamber [1]. We evaluated instrumental tests of 48 Oroboros O2k chambers obtained from a 3-year study on MiR05-Kit (Oroboros Instruments), carried out in the absence of sample. Stability of oxygen calibration signals at air saturation and zero oxygen was monitored up to 8 months. The maximum drift over 1 to 3 days was 0.05 pmol∙s−1∙mL−1, with no persistence over time since drift was < 0.004 pmol∙s−1∙mL−1 for a time interval of one month, corresponding to a drift per day of 0.2 % of the signal at air saturation. Instrumental O2 background dcO2/dt was stable within ±1 pmol∙s−1∙mL−1 at different O2 concentrations when measured at monthly intervals. Taken together, these results confirm the instrumental limit of detection of volume-specific O2 flux at ±1 pmol∙s−1∙mL−1. Following the standard operating procedures applied in the present study provides an instrumental proficiency test to ensure the unique reproducibility in high-resolution respirometry.lt;/sup>∙mL−1. Following the standard operating procedures applied in the present study provides an instrumental proficiency test to ensure the unique reproducibility in high-resolution respirometry.)

Baglivo 2022b ESCI Bari +