Changing the Time of Blood Collection to Determine Vancomycin Concentrations in Intensive Care Unit Patients

2018 ◽  
Vol 38 (1) ◽  
pp. 24-28
Author(s):  
Drayton A. Hammond ◽  
Taylor B. James ◽  
Lexis N. Atkinson ◽  
Jacob T. Painter ◽  
Katherine Lusardi

BACKGROUND Clinical practice guidelines for initiation and therapeutic drug monitoring, but not timing, of vancomycin dosing exist at many institutions. Scheduling vancomycin trough measurements and doses around the morning blood sample collection could yield more interpretable troughs and increase patient safety. OBJECTIVE To evaluate the appropriateness of blood sample collection times for vancomycin trough measurements before and after an initiative to change the timing of blood sampling to determine vancomycin doses and trough levels in a medical intensive care unit. METHODS A retrospective cohort study was conducted of patients in a medical intensive care unit who received intravenous vancomycin at a scheduled interval. Differences in continuous and categorical data were compared between pre- and postintervention groups. The primary outcome was proportion of blood samples collected for vancomycin trough measurements within 30 minutes of the next scheduled vancomycin dose. RESULTS Baseline characteristics were similar between the preintervention (n = 68) and postintervention (n = 176) groups except for the percentage of blood samples drawn for trough measurements and morning laboratory tests (6% vs 81%; P < .001). Frequency of loading doses was similar between patients in the pre- and postintervention groups, as was weight-based maintenance dosing. There was no significant difference in the percentage of blood samples collected to measure vancomycin trough levels appropriately at 30, 60, or 75 minutes from the next scheduled dose. CONCLUSION Measuring vancomycin trough levels in morning blood samples did not affect the percentage of inappropriately collected blood samples used to measure vancomycin trough levels.

2021 ◽  
Vol 8 (2) ◽  
pp. 220
Author(s):  
Mantavya Patel ◽  
Sanjay Kumar Paliwal ◽  
Syed Javed

Background: Both dysnatremia at admission and that acquired in the intensive care unit (ICU) have been shown to have a direct influence on prognosis. The present was planned to study dysnatremia in adult patients admitting in medical intensive care unit (MICU).Methods: The present prospective observational study was conducted on patients admitted in medical ICU over a period of 1 year who developed dysnatremia during ICU stay. Patient’s age, sex, diagnosis at the time of diagnosis, comorbidities, serum sodium levels, risk factors, length of ICU stay, and survival status were noted.Results: Out of total 798 patients during the study period; 207 (25.94%) were found to have hypernatremia and 87 (10.9%) were hyponatremic. In hypernatremic group male/ female ratio was 125/82 and it was 50/37 in hyponatremic group. The mean ICU stay was significantly more in hypernatremic patients (4.76±3.57) compared to hyponatremic group (4.06±2.80). (p˂0.05) Mortality in both hypernatremic patients and hyponatremic patients was found significantly more in hypervolemic group which was 84.38% and 53.84% respectively. (p˂0.05)Conclusions: This study concluded that nowadays hypernatremia is more common with longer ICU stay. In both hypernatremia and hyponatremia mortality was found similar without any significant difference.


Author(s):  
Jinyi He ◽  
Hong Li ◽  
Xiaohuan Chen ◽  
Shuang Jin ◽  
Meirong Chen ◽  
...  

This study was undertaken to investigate and analyze noise pollution in a large Chinese governmental hospital’s medical intensive care unit and compare to the WHO guidelines.This cross-sectional study was conducted in a MICU at a public governmental teaching hospital in Fujian province between July and August of 2017. A WENSN® WS1361 Integrated Sound Level Meter (China) was used for continuous every five seconds one week noise levels recording. After this measurement, the decibel meter was used for recording different location of isolation rooms and open bays, including occupied and unoccupied patient, and recording sound events occurs in the ICU to identify sources of noise. Peak and average noise levels were obtained from the meter, and data were downloaded from the WS1361 into a laptop computer. The measured mean equivalent sound pressure levels (L) and standard Aeq deviation over one week period were 66.64±7.57 dB(A), with acute spikes reaching 119.7 dB(A), the average sound level for a 24 hour period in a work day was 68.03±5.07 dB(A). These are higher than the current daytime environmental noise limit of 40-45 decibels in China and WHO. Mean work day noise was significantly louder than weekend time, there was a significant difference in work days and weekend (t=16.85;P=0.000).There was a statistical difference between the day time and night time shifts (t=34.67;P=0.000). The isolation rooms were significantly quieter than the open-bay rooms(t=46.15; p=0.00), sound levels in the occupied and unoccupied rooms also had significant difference(t=17.26; P=0.000).Two types of noise resources, including twenty kinds sources were identified and measured, mean noise levels ranged from of 61.33 to 79.21 dB(A). This study shows noise levels in intensive care units were exceeded the recommended. The study of the influence of noise on patient and staff is needed, and noise reduction strategies must be conduct in ICU.


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