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The Impact of Midazolam on Reducing Adverse Events during Bronchoscopy Procedures
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Background: Bronchoscopy involves the examination of patient airways by advancing a bronchoscope into the lungs. This procedure is essential for diagnosing and treating respiratory disorders but comes with risks such as hypoxia and arrhythmias. Effective sedation techniques are necessary to mitigate these risks. This study assesses the impact of Midazolam on minimizing adverse events during bronchoscopy.
Objectives: The aim is to evaluate the frequency of complications before and after IV Midazolam in patients who have undergone bronchoscopy. The secondary outcomes are the evaluation of the Midazolam’s systemic tolerability and safety in these patients, the rate of coughing and readiness to perform the procedure again.
Study Design: A cross-sectional study
Duration and place of study conducted in the Department of Pulmonology MTI/LRH from January 2021 to July 2021.
Methods: 102 patients were enrolled in this cross-sectional study performed at MTI/LRH. Patients were randomly divided into two groups: Of the patients, 51 patients received Midazolam while 51 patients did not receive any form of sedation. The participants included 50% males and the mean age of the participants was 45 years (SD=12). Comparisons of side effects profiles and the incidences of adverse events were made between the two groups.
Results : The rates of overall complications were higher in the Midazolam group where it was 10% and in no-sedation group it was 30%. The proportion of subjects with hypoxia decreased from 15% (the no-sedation group) to 5% (the Midazolam group). The relative risk of this was found to be 0. 3 indicating less occurrence of arrhythmias in the Midazolam group than in the no-sedation group; 3% in the Midazolam group while 10% in the no sedation group. The patients who used Midazolam to help them go through the procedure were also advised and confirmed that they had very little coughing and would attempt the procedure again. Further, Midazolam patients were examined to be having anterograde amnesia regarding the events that occurred during the procedure and the emergent side-effects.
Conclusion : It is beneficial in preventing complications during the process of bronchoscopy, enhancing patient care, and is less uncomfortable to the patient; midazolam has an amnestics effect which in a way is good for the patient. It is recommend for use in case of complications of the procedure should occur.
Title: The Impact of Midazolam on Reducing Adverse Events during Bronchoscopy Procedures
Description:
Background: Bronchoscopy involves the examination of patient airways by advancing a bronchoscope into the lungs.
This procedure is essential for diagnosing and treating respiratory disorders but comes with risks such as hypoxia and arrhythmias.
Effective sedation techniques are necessary to mitigate these risks.
This study assesses the impact of Midazolam on minimizing adverse events during bronchoscopy.
Objectives: The aim is to evaluate the frequency of complications before and after IV Midazolam in patients who have undergone bronchoscopy.
The secondary outcomes are the evaluation of the Midazolam’s systemic tolerability and safety in these patients, the rate of coughing and readiness to perform the procedure again.
Study Design: A cross-sectional study
Duration and place of study conducted in the Department of Pulmonology MTI/LRH from January 2021 to July 2021.
Methods: 102 patients were enrolled in this cross-sectional study performed at MTI/LRH.
Patients were randomly divided into two groups: Of the patients, 51 patients received Midazolam while 51 patients did not receive any form of sedation.
The participants included 50% males and the mean age of the participants was 45 years (SD=12).
Comparisons of side effects profiles and the incidences of adverse events were made between the two groups.
Results : The rates of overall complications were higher in the Midazolam group where it was 10% and in no-sedation group it was 30%.
The proportion of subjects with hypoxia decreased from 15% (the no-sedation group) to 5% (the Midazolam group).
The relative risk of this was found to be 0.
3 indicating less occurrence of arrhythmias in the Midazolam group than in the no-sedation group; 3% in the Midazolam group while 10% in the no sedation group.
The patients who used Midazolam to help them go through the procedure were also advised and confirmed that they had very little coughing and would attempt the procedure again.
Further, Midazolam patients were examined to be having anterograde amnesia regarding the events that occurred during the procedure and the emergent side-effects.
Conclusion : It is beneficial in preventing complications during the process of bronchoscopy, enhancing patient care, and is less uncomfortable to the patient; midazolam has an amnestics effect which in a way is good for the patient.
It is recommend for use in case of complications of the procedure should occur.
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