Copyright
©The Author(s) 2024.
World J Crit Care Med. Jun 9, 2024; 13(2): 91794
Published online Jun 9, 2024. doi: 10.5492/wjccm.v13.i2.91794
Published online Jun 9, 2024. doi: 10.5492/wjccm.v13.i2.91794
Characteristics | Description |
Measurement objective | Statistical performance is measured over time |
Structure | About the structure of the department |
Process | About the processes in department |
Outcomes | About the outcomes in department |
Characteristic measured | |
Quality | Effectiveness, efficiency, equity, patient orientation are the measures of quality |
Safety | Timeliness and other aspects of safety are measures of safety |
Numerical expression used | |
Sentinel | When occurrence is rare and can be captured as numbers against time |
Percentage | When occurrence is more common and can be easily understood as percentages |
Rate | When occurrence needs to be understood and compared to a benchmark |
Numerator used | |
Sentinel | Occurrence in numbers |
Percentage | Occurrence in numbers |
Rate | Occurrence in numbers |
Denominator used | |
Sentinel | Generally, time in days, weeks, months, or years |
Percentage | Total number studied |
Rate | Usually, number of patient days |
Multiplication factor used | |
Sentinel | None |
Percentage | 100 |
Rate | 1000 |
Formula used | |
Sentinel | Numerator/Denominator |
Percentage | Numerator/Denominator × 100 |
Rate | Numerator /Denominator × 1000 |
Definition | Precise definition of numerator and denominator must be made and accepted by all stakeholders |
Start and end times | If the indicator measures start or end times, either in numerator or denominator, then these must be precisely defined |
Continuous or intermittent monitoring | Some indicators must be monitored continuously without any interruption and others may need intermittent monitoring |
Sample size | Sample size must be scientifically planned based on the sample volume. The sampling methodology must be scientifically validated |
Structural indicators | Process indicators | Outcome indicators |
Average number of respiratory therapists in areas like ICU, emergency department, wards, etc. | Patient assessment | Morbidity and mortality related to care |
Average number of routine and urgent respiratory visits in the wards | Application of specific oxygen therapy device | Ventilator-associated events |
Knowledge regarding departmental clinical practice guidelines | Application of disease-specific ventilation, based on the patients | Ulcers related to artificial airways, non-invasive ventilation masks, etc. |
Knowledge regarding airway management and mechanical ventilation | Performing/assisting intubation | Success and failure rates related to care: Successful weaning and extubation, accidental extubation, reintubation rates, etc. |
Knowledge on the rights and responsibilities of patients and staff | Performing/assisting arterial line insertion | Equipment utilization indices |
Interpretation of blood gas reports | Equipment down time | |
Documented patient feedback |
No. | Name of indicator | Type | Dimension measured | Frequency of data collection |
1 | Availability of respiratory therapists in: (1) Acute care settings (ICUs and emergency departments); (2) Wards and outpatient departments; and (3) Pulmonary diagnostics department | Quality | Structure | Monthly |
2 | Inventory check/availability of calibrated equipment in: (1) Acute care settings (ICUs and emergency departments); and (2) Respiratory therapy departments | Quality | Structure | Monthly |
3 | Percentage of ventilator circuits changed as per guidelines | Quality | Process | Monthly |
4 | Percentage of heat and moisture exchange filters that were changed as per guidelines | Quality | Process | Monthly |
5 | Percentage of patients in adherence to VAP prevention bundle | Safety | Process | Monthly |
6 | Percentage of patients on semirecumbent posture during MV | Safety | Process | Monthly |
7 | Average number of routine and urgent respiratory therapy visits | Quality | Process | Monthly |
8 | Knowledge regarding clinical practice guidelines | Safety | Process | Monthly |
9 | Infection control practices | Safety | Process | Monthly |
10 | Patient and staff rights and responsibilities | Quality | Process | Monthly |
11 | Care plan indicators: (1) Assessment by respiratory therapists; (2) Reassessment by respiratory therapists; and (3) Respiratory care plan | Quality | Process | Monthly |
12 | Carrying out procedures related to: (1) Oxygen therapy; (2) Nebulization; (3) Humidification; (4) Bronchial hygiene; (5) Artificial airway; (6) Vascular access; (7) Noninvasive or invasive ventilation, and (8) Assistance in invasive procedures such as an arterial line, central line, and chest tube insertion, bronchoscopy, etc. | Safety | Process | Monthly |
13 | Percentage of patients successfully weaned off from invasive ventilation | Quality | Outcome | Monthly |
14 | Percentage of patients successfully weaned off from noninvasive ventilation | Quality | Outcome | Monthly |
15 | Successful spontaneous breathing trials leading to successful extubation | Quality | Outcome | Monthly |
16 | Percentage of patients intubated on first attempt | Safety | Outcome | Monthly |
17 | Percentage of patients who could not be intubated after multiple attempts | Safety | Outcome | Monthly |
18 | Percentage of patients who developed cardiac arrest during intubation | Safety | Outcome | Monthly |
19 | Percentage of accidental extubation | Safety | Outcome | Monthly |
20 | Rate of ventilator-associated events | Safety | Outcome | Monthly |
21 | Morbidity and mortality related to care infection indices (ventilator-associated infections) | Safety | Outcome | Monthly |
22 | Success and failure rates related to care (e.g., successful extubation, accidental extubation, reintubation rates) | Safety | Outcome | Monthly |
23 | Equipment and time utilization indices | Safety | Outcome | Monthly |
24 | Equipment down time | Safety | Outcome | Monthly |
25 | Patient safety incidents | Safety | Outcome | Monthly |
- Citation: Karthika M, Vanajakshy Kumaran S, Beekanahaali Mokshanatha P. Quality indicators in respiratory therapy. World J Crit Care Med 2024; 13(2): 91794
- URL: https://www.wjgnet.com/2220-3141/full/v13/i2/91794.htm
- DOI: https://dx.doi.org/10.5492/wjccm.v13.i2.91794