Additional file 1 of Non-invasive monitoring of pH and oxygen using miniaturized electrochemical sensors in an animal model of acute hypoxia

Abstract

Additional file 1: Table S1. Acid-based metabolites results during the ventilatory hypoxia induction protocol; Table S2. Electric current measured by oxygen electrochemical sensors during the ventilatory hypoxia induction protocol in the in vivo evaluation; Table S3. Electric current measured by oxygen electrochemical sensors during the ventilatory hypoxia induction protocol in the ex vivo evaluation; Table S4. Oxygen and pH results during the ventilatory hypoxia induction protocol from the animals used for ex vivo and in vivo oxygen electrochemical sensor evaluation; Table S5. Electric potential measured by pH electrochemical sensors during the ventilatory hypoxia induction protocol in the in vivo evaluation in the short-term period; Table S6. Electric potential measured by pH electrochemical sensors during the ventilatory hypoxia induction protocol in the ex vivo evaluation in the short-term period; Table S7. Oxygen and pH results during the ventilatory hypoxia induction protocol from the animals used for in vivo pH electrochemical sensor evaluation in the short-term period; Table S8. Oxygen and pH results during the ventilatory hypoxia induction protocol from the animals used for ex vivo pH electrochemical sensor evaluation in the short-term period; Table S9. Electric potential measured by pH electrochemical sensors during the ventilatory hypoxia induction protocol in the in vivo evaluation in the long-term period; Table S10. Oxygen and pH results during the ventilatory hypoxia induction protocol for the animals used for in vivo pH electrochemical sensor evaluation in the long-term period; Table S11. Pre and post-calibration of the pH electrochemical sensors inserted for the long-term evaluation.