Background Enteral nutrition (EN) supply within 48 hours after intensive care unit (ICU) admission improves clinical outcomes. The “new ICU evaluation & development of nutritional support protocol (NICE-NST)” was introduced in an ICU of tertiary academic hospital. This study showed that early EN through protocolized nutritional support would supply more nutrition to improve clinical outcomes.
Methods This study screened 170 patients and 62 patients were finally enrolled; patients who were supplied nutrition without the protocol were classified as the control group (n=40), while those who were supplied according to the protocol were classified as the test group (n=22).
Results In the test group, EN started significantly earlier (3.7±0.4 days vs. 2.4±0.5 days, P=0.010). EN calorie (4.0±1.0 kcal/kg vs. 6.7±0.9 kcal/kg, P=0.006) and protein (0.17±0.04 g/kg vs. 0.32±0.04 g/kg, P=0.002) supplied were significantly higher in the test group. Although EN was supplied through continuous feeding in the test group, there was no difference in complications such as feeding hold due to excessive gastric residual volume or vomit, and hyper- or hypo-glycemia between the two groups. Hospital mortality was significantly lower in the group that started EN within 1.5 days (42.9% vs. 11.8%, P=0.018). The proportion of patients who started EN within 1.5 days was higher in the test group (40.9% vs. 17.5%, P=0.044).
Conclusions The NICE-NST may improve EN supply and mortality of critically ill patients without increasing complications.
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BACKGROUND Location of the tip of a central venous catheter (CVC) within the pericardium has been associated with potentially lethal cardiac tamponade. The purpose of this study was to show the relationship between the height of patients and the depth of CVC. METHODS We enrolled 262 adult patients into this study. All patients were divided to three groups according to the height; Group S, M and L. Central venous catheterization was performed through the right subclavian vein and the CVC was fixed at the depth of 15 cm from the skin. The distance between the CVC tips and the carina was measured by chest X-ray and was analyzed. RESULTS The mean (SD) tip position placed via the right subclavian vein was 0.04 (1.6) cm above the carina; Group S, 0.01 (1.8) above the carina, Group M, 0.16 (1.4) above the carina, and Group L, 0.16 (1.8) below the carina. CVC locations could be predicted with a margin of error between 3.1 cm below the carina and 3.2 cm above the carina in 95% of patients. There was no significance difference among the three groups. CONCLUSIONS The relationship between the height of patient and the depth of CVC was low. Because many of the CVC tips were positioned below the carina regardless the height of patients on routine 15 cm-length method, it is recommended not to use the routine 15 cm method with right subclavian CVC placement as far as possible.
Central venous catheterization is commonly used for supplying large amounts of fluids, total parenteral nutrition and for monitoring central venous pressure.
Numerous complications exist with the technique, including pneumothorax, arterial puncture with vessel injury, catheter embolus, mediastinal hematoma, hydrothorax, and the thrombus of the vein. We reported an uncommon case of pleural effusion, due to catheter tip migration and penetration, which occurred 4 days after central venous catheterization.
Continuous measurement of arterial pressure is frequently required in the perioperative management of critically ill patients and major surgeries. The complications following arterial cannulation include hematoma, thrombosis, ischemia, infection, aneurysm formation at the site of catheter insertion, and so on. The authors report a case of the sheared catheter during the arterial cannulation and the subsequent surgical removal of its remnant.
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Atelectasis is a fairly common complication in patients undergoing general anesthesia. However, atelectasis caused secretion plugs in patients with tracheopleural fistula is less common than other airway fistulas such as trachea and bronchus. Anesthesiologists should make every effort for thorough preoperative preparation to prevent atelectasis and using appropriate and aggressive treatment, including tracheal or bronchial clearing and end expiratory positive pressure. We report a case of an intraoperative occurrence of atelectasis of the lower lobe of a dependent lung in a patient with a tracheopleural fistula during single lung ventilation for primary closure.
BACKGROUND Central venous catheterization (CVP) often leads to unacceptable complications, especially in pediatrics. To reduce these complications, we modified the venipucture by using 24-gauge peripheral angiocatheter (24-AG) in pediatric patients. METHODS: A 24-AG attached to a 3 cc syringe instead of a thin-wall steel needle in the commercial CVP kit was inserted and advanced in the direction of the inmominate vein with 45degrees angle. When blood was observed in the syrige, the 24-AG was more advanced into the subclavian vein and the 24-AG stylet was removed. A J-guide wire was inserted through lumen of the angiocather. The following procedure was the same as the Sheldinger technique. RESULTS: 202 pediatric patients received subclavian venipuncture by the method mentioned above. The overall success rate was 96.5%. The rate of success for the first attempt was 85.6% and the average number of venipuncture was 1.3+/-0.1. The overall complications was 6.4%, including hematoma formation (1.5%), pneumothorax (1.5%), bleeding at the puncture site (1.0%), mild hemothorax (0.5%) and pleural puncture without pneumothorax (2.0%). CONCLUSIONS: The subclavian venepuncture by using 24-gauge peripheral angiocatheter was reliable and useful technique in pediatric patients. The overall complications by this method was reduced compared to other reports.
Nasotracheal intubation is commonly performed for oropharyngeal or facial surgery. Although retropharyngeal dissection is a rare complication of nasotracheal intubation, serious sequelae may result. We report a case of a traumatic retropharyngeal dissection during nasotracheal intubation without untoward sequelae.
Postoperative hypertension occurs often in hypertensive patients due to pain, hypercapnia, hypoxemia, or excessive intravascular fluid volume. In addition, tracheal extubation exacerbates hypertension and tachycardia, which leads to left ventricular failure, myocardial infarction, or cerebral hemorrhage. We experienced a case of recurrent intracerebral hemorrhage after extubation in the postanesthetic care unit.
The patient was 50-year old female who underwent total abdominal hysterectomy. Three months ago, she suffered a hypertensive cerebral hemorrhage with conservative treatment. Anesthesia induction and intraoperative course were relatively uneventful. In the postanesthetic care unit, she had voluntary movement of all limbs to command and fully awake consciousness. Immediately after tracheal extubation, the blood pressure was increased sharply to 200/110 mmHg.
After then, the patient's mental status was deteriorated and the motor weakness of left extremities was developed. Brain CT showed a hypertensive hemorrhage at the right putamen and emergency stereotaxic aspiration was performed. After rehabilitative treatment, the patient was discharged with alert mental status and moderate improvement of motor weakness.
BACKGOUND: Patients with tracheostomy tubes have altered glottic closure in deglutition that may result in aspiration and may cause dangerous pulmonary complication including bronchopneumonia and atelectasis. The incidence of pulmonary aspiration in patients with tracheosomy may be high but difficult to determine because investigators often apply different criteria. The present study was prepared to document the incidence of aspiration in patients with tracheostomy using a simple dye-marker test. METHODS Thirty six surgical and medical patients (14 male and 22 female) in ICU with tracheostomy tube (high volume, low pressure cuffed tube) were included in this study.
Mental status (presence of response to verbal command), the presence of nasogastric tube and the presence of ventilatory support were recorded in each patients to evaluate the effect of these factors on the incidence of aspiration. 1% solution of methylene blue dye was applied on the both side of posterior tongue and then any evidence of the blue dye-marker obtained microscopically on secretion through the tracheostomy tube at every 2 hours during 72 hours was considered the positive evidence of aspiration. RESULTS Aspiration was detected by a positive methylene blue dye test in 11 of the 36 patients (30.5%) and average length of time before blue dye was obtained on tracheal secretion was 8.2 7.3 hours.The presence of response to verbal command, nasogastric tube and ventilatory support had no apparent effect on the incidence of aspiration. CONCLUSIONS This observation suggests that a simple test using dye-maker is helpful to detect aspiration in patients with tracheostomy. Tracheostomy should be done under discreet decision because the high incidence of aspiration in trcheostomized patients.