Ventilator Adverse Event Clinical Trial
Official title:
A Study To Evaluate The Effect Of Homeopathic Concentrations Of Potassium Dichromate On Tracheal Secretions In Critically Ill Patients.
The purpose of this study is to find out whether homeopathic potassium dichromate will decrease the time on the breathing machine and the amount of phlegm that you produce in your lungs. In addition, this study will look at whether participants spend less time in a critical care unit and if the chances of being placed back on a breathing machine can be lessened.
Prolonged mechanical ventilation is associated with greater mortality, increased need for
tracheostomy, prolonged length of critical care stay and higher costs. Risk factors
identifying patients at greater risk of unsuccessful extubation include cough strength,
endotracheal secretions and neurological status. These factors are synergistic and patients
exhibiting two of the above determinants have an extubation failure rate of 81%. The risk is
100% if all three are present as compared to 3% in a patient with no risk factors. Several
strategies including administration of mucolytics, anti-cholinergics and corticosteroids
have met with limited success or excessive toxicity. Thus, methods to improve the quality
and quantity of secretions could be associated with decreased extubation failure and greater
overall outcomes.
The most recent study was a randomized, double blind, placebo controlled trial of 50
critically ill ventilated patients with a previous history of COPD and tobacco use by Frass
et al. Five C30 pellets of potassium dichromate or placebo were administered twice daily
until extubation and it was found that those receiving the homeopathic formulation had
statistically significant (p<0.0001) tracheal secretion reductions, earlier extubation times
and shorter lengths of stay in critical care as compared to their placebo counterparts.
Use of homeopathy in the critically ill would convey a number of advantages including lack
of adverse effects or drug interactions, due to the dilute nature of the solutions, and be a
cost effective adjunct to conventional therapy. In the previous trial of potassium
dichromate in critical care patients, only patients with previous tobacco use and history of
COPD were included. It is unknown whether those results could be extrapolated to the general
critical care population.
Therefore, this study will look at the safety and efficacy of homeopathic potassium
dichromate (Kalium Bichromicum)vs placebo. A dosing schedule of five pellets every 12 hours
will be utilized; this regimen was chosen based on previous evidence showing efficacy at
this dose. Dosing will continue until the patient is extubated or chooses to withdraw from
the study. Data collected will include baseline demographic data, quantity of sputum
production (at baseline and per day), number of times suctioning required per day, duration
of mechanical ventilation, rate of reintubation within 7 days following extubation, critical
care length of stay, PaO2/ FiO2 ratios, PaCO2 twice daily, and number of therapeutic
bronchoscopies.
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Allocation: Randomized, Endpoint Classification: Safety/Efficacy Study, Intervention Model: Single Group Assignment, Masking: Double Blind (Subject, Investigator), Primary Purpose: Treatment
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