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The study aims to investigate short-term physiological and biochemical inflammatory and cardiocirculatory biomarker kinetics in heart failure patients, using the DIGIPREDICT Physiopatch device - an investigational device that allows non-invasive realtime single-lead ECG registration and bioimpedance measurement as well as spotcheck photoplethysmography -, and standard laboratory methods, respectively.
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| Label | Type | Description | Intervention Names |
|---|---|---|---|
| Interventional group | Experimental | This arm includes all study participants. |
|
| Name | Type | Description | Arm Group Labels | Other Names |
|---|---|---|---|---|
| DIGIPREDICT Physiopatech | Device | Application of the DIGIPREDICT Physiopatch investigational device |
|
| Measure | Description | Time Frame |
|---|---|---|
| Short-term kinetics of C-reactive protein | Outcome is the detection of kinetics of C-reactive protein values [mg/L] between at least two timestamps. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of procalcitonin | Outcome is the detection of kinetics of procalcitonin values [ng/mL] between at least two timestamps. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of interleukin-6 | Outcome is the detection of kinetics of interleukin-6 values [ng/L] between at least two timestamps. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of ferritin | Outcome is the detection of kinetics of ferritin values [µg/L] between at least two timestamps. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of NT-pro brain natriuretic peptide |
| Measure | Description | Time Frame |
|---|---|---|
| Correlation between C-reactive protein and body surface temperature | Outcome is the detection of a correlation between C-reactive protein [mg/L] and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
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Inclusion Criteria:
Presence of heart failure, defined as: symptoms and signs of heart failure, elevated baseline NT-proBNP levels (>125pg/ml in sinus rhythm, >365 pg/ml in atrial fibrillation) without severe kidney disease (defined as eGFR(MDRD)<30 ml/min/1.73m²), and structural and/or functional abnormalities (according to 2021 ESC Heart Failure Guidelines)
At least 2 days of further treatment on a DHZC intensive care unit (H3i, IPS1, IPS2) or intermediate care unit (H3 - heart failure unit) expected at enrolment.
Age of subject is ≥ 18years.
Subject is female, male, divers.
Signed written informed consent.
For female subject or divers subject:
Negative highly sensitive urine or serum pregnancy test before inclusion, and
Practicing a highly effective birth control method (failure rate of less than 1%):
Exclusion Criteria:
Subject has damaged skin at all fingertips.
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Outcome is the detection of kinetics of NT-pro brain natriuretic peptide [ng/L] between at least two timestamps.
Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis.
| 4 days |
| Short-term kinetics of high sensitive troponin T | Outcome is the detection of kinetics of high sensitive troponin T [ng/L] between at least two timestamps. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of lactate | Outcome is the detection of kinetics of lactate [mg/dL] between at least two timestamps. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of blood pH | Outcome is the detection of kinetics of blood pH between at least two timestamps. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of body surface temperature | Outcome is the detection of kinetics of body surface temperature [°C] between at least two timestamps. The mean value within 1 h before the timestamp of the concomitant biochemical biomarkers will be used for analysis. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Short-term kinetics of bioimpedance | Outcome is the detection of kinetics of bioimpedance [Ohm] between at least two timestamps. The mean value within 1 h before the timestamp of the concomitant biochemical biomarkers will be used for analysis. Short-term is defined as <= 26hours; biomarker kinetics are defined as >20% increase or decrease of a biomarker level at one point in time compared to the level at another point in time. The timestamp documented in the electronic health record will be used for analysis. | 4 days |
| Correlation between C-reactive protein and bioimpedance |
Outcome is the detection of a correlation between C-reactive protein [mg/L] and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. |
| 4 days |
| Correlation between procalcitonin and body surface temperature | Outcome is the detection of a correlation between procalcitonin [ng/mL] and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between procalcitonin and bioimpedance | Outcome is the detection of a correlation between procalcitonin [ng/mL] and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between interleukin-6 and body surface temperature | Outcome is the detection of a correlation between interleukin-6 [ng/L] and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between interleukin-6 and bioimpedance | Outcome is the detection of a correlation between interleukin-6 [ng/L] and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between ferritin and body surface temperature | Outcome is the detection of a correlation between ferritin [µg/L] and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between ferritin and bioimpedance | Outcome is the detection of a correlation between ferritin [µg/L] and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between NT-pro brain natriuretic peptide and body surface temperature | Outcome is the detection of a correlation between NT-pro brain natriuretic peptide [ng/L] and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between NT-pro brain natriuretic peptide and bioimpedance | Outcome is the detection of a correlation between NT-pro brain natriuretic peptide [ng/L] and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between high sensitive troponin T and body surface temperature | Outcome is the detection of a correlation high sensitive troponin T [ng/L] and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between high sensitive troponin T and bioimpedance | Outcome is the detection of a correlation high sensitive troponin T [ng/L] and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between lactate and body surface temperature | Outcome is the detection of a correlation between lactate [mg/dL] and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between lactate and bioimpedance | Outcome is the detection of a correlation between lactate [mg/dL] and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between blood pH and body surface temperature | Outcome is the detection of a correlation between blood pH and body surface temperature [°C]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |
| Correlation between blood pH and bioimpedance | Outcome is the detection of a correlation between blood pH and bioimpedance [Ohm]. Correlations between physiological biomarkers and biochemical biomarkers will be analysed graphically and by Spearman's correlation coefficient. | 4 days |