Postprocedural Chest Radiograph Research Articles

Clinical Yield of Routine Chest Radiography after Ultrasound-Guided Thoracentesis

To evaluate the clinical yield of routine chest radiography in identifying pneumothorax warranting chest tube decompression in patients undergoing ultrasound-guided thoracentesis. All adult patients without pre-existing pneumothorax who underwent ultrasound-guided thoracentesis by a radiologist within a four-hospital large metropolitan academic health system over a 10-year period were identified. Demographic, clinical, and radiographic report information were obtained. Chest radiographic reports were assessed for the presence of pneumothorax and, if positive, manual image and chart review were performed. Of 2541 consecutive ultrasound-guided thoracentesis procedures, 12 were excluded due to pre-existing pneumothorax, yielding 2529 cases. Mean patient age was 67.7 years; 54.5% were male. Overall, 89 procedures (3.5%) resulted in a postprocedural pneumothorax. Of those, only six (6.7%) had documented changes in patient symptoms. Chest tubes were placed in 15, representing 16.9% (15/89) of cases with postprocedural pneumothoraces and 0.59% (15/2,529) of all procedures. Of these 15, 5 (33.3%) had symptomatic pneumothoraces, most commonly shortness of breath. Following ultrasound-guided thoracentesis, the incidence of pneumothorax requiring chest tube decompression is only 1 in 170. Of the 1 in 30 patients who develop a pneumothorax, only 1 in 6 require a chest tube. This information can inform procedural consent discussions as well as future guidelines about the necessity of routine postprocedural chest radiography.

Bedside prediction of the central venous catheter insertion depth - Comparison of different techniques.

Background and Aims:Central venous catheterization is a frequently performed procedure in anesthesia and critical care, and is indispensable in the practice of emergency medicine. Correct positioning of the central venous catheter (CVC) tip is often regarded as a secondary goal and there are various complications that can occur due to abnormal position of the catheter tip. Different methods have been advocated to guide accurate prediction of optimal CVC depth insertion before or during the procedure at the bedside.Material and Methods:A prospective randomized double blinded study was conducted in 180 patients aged between 18 to 65 years requiring central venous catheterization. The optimal depth of insertion of right internal jugular vein (IJV) catheter using three different techniques, Peres' formula method, Landmark technique and Intra atrial Electrocardiography (ECG) guided technique was performed and the three techniques were compared with respect to optimal positioning using carina as a landmark in post procedural chest radiograph. Correct position of the catheter tip was considered upto 1 cm above or below the carina in post procedure X ray.Results:The average final depth of insertion was 15.30 ± 0.62 cms in the Formula group, 12.74 ± 0.77 cms in landmark group and 12.64 ± 0.70 cms in ECG group. The vertical distance from carina was 0.91 ± 0.94 cms in formula group, 0.54 ± 0.67 cms in landmark group and 0.53 ± 0.43 cms in ECG group. The CVC tip was properly positioned within 1 cm above and below the carina in 58.33% patients in the formula group, 93.33% patients in landmark group and 96.67% patients in ECG group.Conclusion:We conclude that both landmark guidance and ECG guidance are comparable with regard to accurate central venous catheter tip positioning when CVCs are placed through right internal jugular vein whereas formula based technique is least accurate and results in over insertion of CVCs.

Simple preoperative radiation safety interventions significantly lower radiation doses during central venous line placement in children

PurposeThe purpose of this study was to reduce radiation exposure during pediatric central venous line (CVL) placement by implementing a radiation safety process including a radiation safety briefing and a job-instruction model with a preradiation time-out. MethodsWe reviewed records of all patients under 21 who underwent CVL placement in the operating room covering 22 months before the intervention through 10 months after 2013–2016. The intervention consisted of a radiation safety briefing by the surgeon to the intraoperative staff before each case and a radiation safety time-out. We measured and analyzed the dose area product (DAP), total radiation time pre- and postintervention, and the use of postprocedural chest radiograph. Results100 patients with valid DAP measurements were identified for analysis (59 preintervention, 41 postintervention). Following implementation of the radiation safety process, there was a 79% decrease in median DAP (61.4 vs 13.1 rad*cm2, P < 0.001) and a 73% decrease in the median radiation time (28 vs 7.6 s, P < 0.001). Additionally, there was a significant reduction in use of confirmatory CXR (95% vs 15%, P < 0.01). ConclusionA preoperative radiation safety briefing and a radiation safety time-out supported by a job-instruction model were effective in significantly lowering the absorbed doses of radiation in children undergoing CVL insertion. Type of studyCase–control study. Level of evidenceLevel III.

Routine Postprocedure Chest Radiography Is Not Warranted After Right-Heart Catheterization

PurposeTo determine whether routine postprocedure chest radiography is indicated to exclude pneumothorax after outpatient right heart catheterization with or without endomyocardial biopsy. MethodsThis HIPAA-compliant retrospective quality improvement cohort study was approved by the institutional review board. All outpatients from January 1, 2010, to July 1, 2017, who underwent routine postprocedure chest radiography after right heart catheterization with or without endomyocardial biopsy formed the study population (n = 6,036). Subjects were identified by electronic medical record query using Current Procedural Terminology codes. Pneumothorax prevalence was calculated by coded review of chest radiography reports. Size of pneumothorax (if present) and clinical outcome were determined, and 95% confidence intervals (CIs) were calculated. ResultsMost (99%) right heart catheterizations were performed using an internal jugular vein approach, as determined by a random sample of 100 subjects. The prevalence of pneumothorax on postprocedure chest radiography reports was 0.1% (7 of 6,036; 95% CI: 0.05%-0.24%). Three of these seven pneumothoraces were confirmed by repeat imaging within 1 hour to be false-positives (ie, no pneumothorax), resulting in a corrected pneumothorax rate of 0.07% (4 of 6,036; 95% CI: 0.00%-0.2%). The remaining four that reported pneumothoraces were less than 1 cm. No chest tubes were placed, and all subjects were discharged home without an unexpected escalation in the level of care. ConclusionIn a large cohort of over 6,000 subjects, pneumothorax after right heart catheterization utilizing an internal jugular vein approach was rare and when found was clinically insignificant. False-positives were common. Routine postprocedure chest radiography in this setting is not warranted and is being discontinued at the study institution.

The "rapid atrial swirl sign" for assessing central venous catheters: Performance by medical residents after limited training.

RationaleCentral venous catheter (CVC) placement is a standard procedure in critical care. Ultrasound guidance during placement is recommended by current guidelines, but there is no consensus on the best method for evaluating the correct CVC tip position. Recently, the “rapid atrial swirl sign” (RASS) has been investigated in a limited number of studies.ObjectivesWe performed a prospective diagnostic accuracy study of focused echocardiography for the evaluation of CVC tip position in our medical ICU and IMC units.MethodsWe performed a prospective diagnostic accuracy study in 100 patients admitted to the Intensive Care Unit and Intermediate Care Unit at our center. The first 10 subjects were assessed by one staff physician investigator (reference cohort), the remaining 90 patients by different residents (test cohort). All patients received a post-procedural chest radiograph (CXR) as gold standard. CVC placement was assessed with focused echocardiography performed by residents after a short training session. A rapid opacification of the right atrium (RASS) after injection of 10 mL of normal saline was regarded as “positive”, flush after more than two seconds was defined as “delayed”, no flush was a “negative” test result.Measurements and main resultsOverall sensitivity of the RASS was 100% (95% CI 73.54–100%), specificity was 94.32% (CI 87.24–98.13%). Positive and negative predictive values were 70.59% (CI 44.04–89.09%) and 100% (CI 95.65–100%), respectively. Median time for echocardiographic testing was 5 minutes (1–28) in the whole cohort, CXRs were available after 49.5 minutes (13–254). Interrater agreement of the RASS was 0.77 (Cohen’s kappa), Measurement of CVC tip position was not different between two observers. Test characteristics were similar among differently experienced residents.ConclusionsPresence of the RASS by focused echocardiography showed excellent sensitivity and specificity and was equally performed by residents after minimal training. In patients with a positive RASS, routine CXR can be safely omitted, reducing time, costs and radiation exposure. A negative RASS should lead to a search for misplaced catheters.Clinical trial registrationThe study was registered with www.clinicaltrials.gov (NCT02661607).

Transesophageal approach to lung, adrenal biopsy and fiducial placement using endoscopic ultrasonography (EUS): An interventional pulmonology experience. Initial experience of the UCSF-FRETOC (fresno tracheobronchial & oesophageal center) study group.

Routine lung cancer surveillance has resulted in early detection of pulmonary nodules and masses. Combined endobronchial ultrasound (EBUS) and trans-esophageal endoscopic ultrasound (EUS) are approved methods for sampling lymph nodes or masses. Furthermore, EUS allows for adrenal sampling as part of staging, and can assist with fiducial placement for stereotactic body radiation therapy (SBRT). Promote use of EUS by interventional pulmonologists in the United States when diagnosing and staging lung cancer or when placing fiducials. All patients undergoing EUS and/or EBUS were serially entered into a prospectively maintained database. Only patients undergoing EUS guided lung and/or adrenal biopsy and/or fiducial placement were selected for analysis. All patients underwent a post-procedure chest radiograph and were followed outpatient. 20 of 39 patients underwent sampling of a suspicious lung mass. An adequate sample was obtained in 19 of 20 patients. In all 19 patients a definitive diagnosis was achieved (95%). In all 13 patients who underwent adrenal sampling, presence or absence of metastasis was conclusively established. 6 patients successfully underwent fiducial placement. In all 39 patients, no major procedure related complications were noted for a period of 30 days. One patient had a small pneumothorax that resolved spontaneously. EUS can be safely performed by a trained interventional pulmonologist for the diagnosis of lung, adrenal masses and placement of fiducials. We think that interventional pulmonologists in the United States involved in lung cancer staging should receive training in EUS techniques.

Comparative Study of Three Methods for Depth of Central Venous Catheter Placement in Children: An Observational Pilot Study.

Central venous cannulation of the internal jugular vein is difficult in paediatric patients because of the small size of the vein and anatomic variations. Many studies have shown the accuracy of various formulae for calculating the depth of placement. The aim of this study was to assess the most reliable method for central venous catheter (CVC) tip placement in paediatric patients. Sixty-nine patients in the age groups from 0 to 12 years were divided in three groups for three published techniques for catheter tip placement. In Group E, catheter tip was placed at the distance measured from entry point to sternal angle. In Groups P and H, Peres and trans-oesophageal echocardiography (TEE)-derived formulae, respectively, were used for catheter placement. Post-procedure chest radiograph was performed for all patients, and tip position was recorded. Appropriate catheter tip position was considered just above or at the level of carina. The number of attempts and complications were recorded. Chi-square test was used for statistical analysis. Of 69 patients, 65% of patients in Group P, 52% in group H and 91% in group E had appropriate CVC tip placement. The chi-square test showed that the difference in the number of patients with appropriately positioned CVC tip among the three groups was statistically significant (p=0.0134), with intergroup analysis showing Group E to be superior. One patient had an episode of arrhythmia during guide wire insertion and was resuscitated successfully. Catheter tip placement by external distance or landmark technique is a more accurate method for catheter placement than the Peres and TEE-based formulae. It does not require measurement of patients' height and reduces the chances of repositioning of catheter.

Recommendations on the Use of Ultrasound Guidance for Adult Thoracentesis: A Position Statement of the Society of Hospital Medicine.

Executive Summary: 1) We recommend that ultrasound should be used to guide thoracentesis to reduce the risk of complications, the most common being pneumothorax. 2) We recommend that ultrasound guidance should be used to increase the success rate of thoracentesis. 3) We recommend that ultrasound-guided thoracentesis should be performed or closely supervised by experienced operators. 4) We suggest that ultrasound guidance be used to reduce the risk of complications from thoracentesis in mechanically ventilated patients. 5) We recommend that ultrasound should be used to identify the chest wall, pleura, diaphragm, lung, and subdiaphragmatic organs throughout the respiratory cycle before selecting a needle insertion site. 6) We recommend that ultrasound should be used to detect the presence or absence of an effusion and approximate the volume of pleural fluid to guide clinical decision-making. 7) We recommend that ultrasound should be used to detect complex sonographic features, such as septations, to guide clinical decision-making regarding the timing and method of pleural drainage. 8) We suggest that ultrasound be used to measure the depth from the skin surface to the parietal pleura to help select an appropriate length needle and determine the maximum needle insertion depth. 9) We suggest that ultrasound be used to evaluate normal lung sliding pre- and postprocedure to rule out pneumothorax. 10) We suggest avoiding delay or interval change in patient position from the time of marking the needle insertion site to performing the thoracentesis. 11) We recommend against performing routine postprocedure chest radiographs in patients who have undergone thoracentesis successfully with ultrasound guidance and are asymptomatic with normal lung sliding postprocedure. 12) We recommend that novices who use ultrasound guidance for thoracentesis should receive focused training in lung and pleural ultrasonography and hands-on practice in procedural technique. 13) We suggest that novices undergo simulation-based training prior to performing ultrasound-guided thoracentesis on patients. 14) Learning curves for novices to become competent in lung ultrasound and ultrasound-guided thoracentesis are not completely understood, and we recommend that training should be tailored to the skill acquisition of the learner and the resources of the institution.

Treatment Experience of Total Atelectasis with Endotracheal Tube: Case Series

In cases where patient portable bronchoscopy is damaged or absance, a process that we think can be used endotracheal intubation method to treat total atelectasis . Total preliminary unprepared 10-15 minutes can be done with an experienced team. It is a process that can be carried out with mild sedation and patient is able to maintain saturation 90-95 with nasal oxygen after the procedure. In the absence of treatment of the patient with total or near total atelectasis , due to respiratory failure and aggravated pneumonia and mortality rates will increase. This article, when intensive care unit (ICU) bronchoscopy is impaired we performed three patients with right and left lung total atelectasis pre and post interventional procedure chest radiographs were evaluated.

Central venous catheter insertion in critical illness: Techniques and complications

Background: Werner Forssman, in 1929, first described central venous catheter (CVC) insertion when he canalized his own right atrium through the cephalic vein. It is now a routine procedure in critical care. We investigated the pattern of insertion of CVC in our intensive care unit. Patients and Methods: A prospective observational study conducted in a 5-bed general intensive care unit of a 770-bed university teaching hospital. All prospective patients admitted from January 2013 to June 2014 were recruited. The technique, site and complications following insertion were documented. All had postprocedure chest radiography performed to confirm catheter tip position. Results: The most common site and technique of CVC insertion were the right internal jugular vein (IJV) 71 (79.8%), and the anatomic landmark (AL) 66 (74.2%), respectively. The mean catheter depth was significantly shorter in the AL (15.0 ± 2.4) cm than the Peres' formula (16.5 ± 3) cm, P = 0.046. Catheter tips were correctly placed at the carina in 62 (69.7%) patients. The complication rate was 28 (31.5%), which was significantly higher in males 25 (45.5%) than females 3 (8.9%), P = 0.03, and increased by 57.9% with attempts >2. The most common complications were failure to insert 9 (10.1%), right carotid artery puncture (8.9%), and arrhythmias (5.9%). Pneumothorax was reported in (4.5%), all occurred with the subclavian approach. Conclusion: Central venous catheter insertion is more common through the right internal jugular vein, and with the anatomical landmark technique. The complication increased with attempts >2, male gender, and subclavian approach.

Single-Operator Ultrasound-Guided Central Venous Catheter Insertion Verifies Proper Tip Placement.

To evaluate whether a single-operator ultrasound-guided, right-sided, central venous catheter insertion verifies proper placement and shortens time to catheter utilization. Prospective observational study with historical controls. Adult ICUs. Sixty-four consecutive patients undergoing ultrasound-assisted right-sided central venous catheterization compared with 92 serial historic controls who had unassisted central catheter insertion at the same sites. Subcostal transthoracic echocardiography during catheter insertion. The primary outcome was the correct placement of the catheter tip determined by postprocedural chest radiography. The subclavian site was used in 41 patients (64%) (inserted without ultrasound guidance) in the ultrasound-assisted group and 62 (67%) in the control group, whereas the jugular vein was used in the remaining patients. The tip was accurately positioned in 59 of 68 patients (86.7%) in the ultrasound-assisted group compared with 51 of 94 (54.8%) in the control group (p < 0.001). The median time from end of the procedure to catheter utilization after chest radiography approval was 2.4 hours. A single-operator ultrasound-guided central venous catheter insertion is effective in verifying proper tip placement and shortens time to catheter utilization.

Right ventricular pacemaker lead position is associated with differences in long-term outcomes and complications.

Cardiac pacing from the right ventricular apex is associated with detrimental long-term effects and nonapical pacing locations may be associated with improved outcomes. There is little data regarding complications with nonapical lead positions. The aim of this study was to assess long-term outcomes and lead-related complications associated with differing ventricular lead tip position. All adult patients who underwent dual-chamber pacemaker implantation from 2004 to 2014 were included if they had postprocedure chest radiographs amenable to lead position determination. Long-term outcomes and lead-related complication rates were recorded. These were compared at 5 years between: (1) apical and septal leads, (2) apical and nonseptal nonapical (NSNA), and (3) apical and septal with >40% ventricular pacing. We retrospectively evaluated 3,450 patients, which included 238 with a septal position and 733 with NSNA lead positions. Septal lead position was associated with a lower mortality compared to apical leads (24%vs. 31%, P = 0.02). In patients with greater than 40% pacing, septal leads were associated with significantly higher rates of incident atrial fibrillation compared to apical leads (49%vs. 34%, P = 0.04). NSNA positions were associated with a significantly higher rate of lead dislodgement (4%vs. 2%, P = 0.005) and need for revision (8%vs. 5%, P = 0.005). Septal pacemaker lead position is associated with a lower mortality compared to apically placed leads, but a higher incidence of atrial fibrillation with higher percentage ventricular pacing. NSNA lead locations are associated with more complications and should be avoided.

Randomised controlled trial of central venous catheterisation through external jugular vein: A comparison of success with or without body manoeuvres.

Background and Aims:The external jugular vein (EJV), often used for resuscitation, has been underutilised for central venous catheterisation (CVC) in view of an unpredictable success rate. There is an encouraging literature on the improved success rate of CVC through EJV with the inclusion of certain body manoeuvres. This prospective randomised controlled study was conducted with the aim of evaluating the efficacy of body manoeuvres in improving the success rate of CVC through EJV.Methods:One hundred patients aged 18–50 years, scheduled for elective surgery requiring CVC, were randomly assigned to either undergo CVC using Seldinger technique with body manoeuvres or a control group undergoing CVC without body manoeuvres. The primary outcome was the success rate of CVC, as observed in the post-procedure chest radiograph. Secondary outcomes included quality of central venous pressure waveform, catheterisation attempts, total time for CVC, complications.Results:CVC was achieved in 98% (49/50) of patients in study group and 80% (40/50) of patients in control group (P = 0.008). Mean catheterisation time was significantly lower in the study group (151.06 ± 40.50 s) compared to control group (173.50 ± 50.66 s) (P = 0.023). The incidence of catheter misplacement and failure to cannulate were lower in the study group (0%, 2% vs. 20%, 12.5%, respectively). Groups did not differ in a number of catheterisation attempts and incidence of haematoma.Conclusion:Inclusion of various body manoeuvres to Seldinger technique significantly improves the success rate of CVC through EJV.

Routine Chest Radiography Is Not Necessary After Ultrasound-Guided Right Internal Jugular Vein Catheterization.

Central venous catheter placement is a common procedure performed on critically ill patients. Routine postprocedure chest radiographs are considered standard practice. We hypothesize that the rate of clinically relevant complications detected on chest radiographs following ultrasound-guided right internal jugular vein catheterization is exceedingly low. Retrospective chart review. Adult ICUs, emergency departments, and general practice units at an academic tertiary care hospital system. All 1,322 ultrasound-guided right internal jugular vein central venous catheter attempts at an academic tertiary care hospital system over a 1-year period. None. Data from standardized procedure notes and postprocedure chest radiographs were extracted and individually reviewed to verify the presence of pneumothorax or misplacement, and any intervention performed for either complication. The overall success rate of ultrasound-guided right internal jugular vein central venous catheter placement was 96.9% with an average of 1.3 attempts. There was only one pneumothorax (0.1% [95% CI, 0-0.4%]), and the rate of catheter misplacement requiring repositioning or replacement was 1.0% (95% CI, 0.6-1.7%). There were no arterial placements found on chest radiographs. Multivariate regression analysis showed no correlation between high-risk patient characteristics and composite complication rate. In a large teaching hospital system, the overall rate of clinically relevant complications detected on chest radiographs following ultrasound-guided right internal jugular vein catheterization is exceedingly low. Routine chest radiograph after this common procedure is an unnecessary use of resources and may delay resuscitation of critically ill patients.

Computed tomography-guided percutaneous lung biopsy: impact of lesion proximity to diaphragm on biopsy yield and pneumothorax rate.

The purpose of this study was to investigate the impact of lesion proximity to the diaphragm on computed tomography (CT)-guided percutaneous biopsy yield and pneumothorax rates. An Institutional Review Board-approved retrospective review of all CT-guided percutaneous core lung biopsies at a single institution performed between August 1, 2011 and July 31, 2013 yielded 168 patients who underwent a total of 174 lung biopsies. The shortest distance of the target lesion from the diaphragm was measured on preprocedure sagittal reformatted CT images. Pathology and 2-hour postprocedure chest radiograph results were then collected from these patients. The average distance of the target lesion from the diaphragm was 8.3 cm, and biopsies resulted in nondiagnostic pathology in 27 (16%) cases. Proximity to the diaphragm was a significant predictor of nondiagnostic biopsy, with the odds of a successful biopsy increased by 67% for every 5 cm the target lesion is farther from the diaphragm (P=0.026). Distance from the diaphragm was not a significant predictor of postbiopsy pneumothorax or need for chest tube placement. These relationships hold true after adjusting for patient demographic parameters, presence of emphysema, operator level of experience, distance of the lesion from the pleural surface, target lesion size, and cavitary nature. The odds of nondiagnostic biopsy increase for lesions closer to the diaphragm; however, the odds of pneumothorax are not significantly different.

Pneumothorax is a rare complication of thoracic central venous catheterization in community EDs

Study objectivesThe rate of iatrogenic pneumothorax associated with thoracic central venous catheterization in community emergency departments (EDs) is poorly described, although such information is vital to inform the procedure’s risk/benefit analysis. We undertook this multicenter study to estimate the incidence of immediate catheter-related pneumothorax in community EDs and to determine associations with site of access, failed access, and positive pressure ventilation. MethodsThis was a secondary analysis of 2 retrospective cohort studies of adults who underwent attempted thoracic central venous catheterization in 1 of 21 EDs. Pneumothorax was identified by postprocedural anteroposterior chest radiograph or emergent evacuation for presumed tension pneumothorax. Frequencies were compared using Fisher's exact test. ResultsAmong 1249 patient encounters, the initial vein of catheterization was internal jugular in 1054 cases (84.4%) and subclavian in 195 cases (15.6%). Success at the initial internal jugular vein was more common than at the initial subclavian vein (95.4% vs 83.6%, P < .001). Periprocedural positive pressure ventilation was administered in 316 patients (25.3%). We identified 6 pneumothoraces (0.5%; 95% confidence interval, 0.2%-1.1%). The incidence of pneumothorax was higher with the subclavian vein than the internal jugular vein (2.3% vs 0.1%, P < .001), with failed access at the initial vein (2.5% vs 0.3%, P = .05), and among patients receiving positive pressure ventilation (1.6% vs 0.1%, P < .01). ConclusionThe incidence of pneumothorax from thoracic central venous catheterization in community EDs is low. The risk of pneumothorax is higher with a subclavian vein approach, failed access at the initial vein, and positive pressure ventilation.

Useful equation for proper estimate of left side peripherally inserted central venous catheter length in relation to the height.

Direct measurement of venous length is easy to cause contamination during bedside insertion of peripherally inserted central venous catheter (PICC). It is necessary to provide an equation for proper estimate of catheter length in case of bedside insertion of PICC in relation to patient height. For 165 PICC cases through left arm vein in 151 adult patients (male: female = 72:79), the cubital crease to carina length (CCL) was calculated as follows: CCL = (distance from cubital crease to puncture point) + (length of PICC inside body) - (distance from carina to catheter tip on post-procedural chest radiograph). We analyzed the relationship between CCL and height with regression analysis and suggest a new equation of CCL based on height. The mean CCL through the left arm vein was 47.1 ± 2.6 cm in male and 44.0 ± 2.9 cm in female. CCL was significantly correlated with patient height. Equation of CCL (cm) based on height was as follows: CCL = height * 0.19 + 14. The equation of our study would provide a new equation for proper estimation of catheter length in case of bedside insertion of left arm PICC in relation to height and be helpful for optimal positioning of catheter tip of PICC.

Image-guided placement of long-term central venous catheters reduces complications and cost

BackgroundThe goals of this study were to evaluate the complication rate for intraoperative placement of a long-term central venous catheter (CVC) using intraoperative ultrasound (US) and fluoroscopy and to examine the feasibility for eliminating routine postprocedure chest X-ray. MethodsRetrospective data pertaining to operative insertion of long-term CVC were collected and the rate of procedural complications was determined. ResultsFrom January 2008 to August 2013, 351 CVCs were placed via the internal jugular vein using US. Of these, 93% had a single, successful internal jugular vein insertion. The complications included 4 arterial sticks (1.14%). Starting in October 2012, postprocedure chest radiography (CXR) was eliminated in 170 cases, with no complications. A total of $29,750 in charges were deferred by CXR elimination. ConclusionsThis review supports the use of US for CVC placement with fluoroscopy in reducing the rate of procedural complications. Additionally, with fluoroscopic imaging, postprocedural CXR can be eliminated with associated healthcare savings.

Transesophageal pulmonary nodule biopsy using endoscopic ultrasonography

Parenchymal pulmonary nodules located in proximity to the mediastinum, vertebral column, major vessels, or behind the heart can be technically challenging and dangerous to biopsy using traditional image-guided techniques. Endoscopic ultrasound-guided fine needle aspiration (EUS-FNA) can be used to access some of these difficult to reach lesions. The purpose of the present study was to report our experience with this technique in a consecutive cohort of selected patients. This was a retrospective cohort study. Eligible patients were identified from a prospective database. A transesophageal approach under real-time EUS guidance was performed using a 22-gauge needle. All patients underwent postprocedural chest radiography and were followed up at 30 days. During a 31-month period, 55 patients underwent EUS-guided lung biopsy. Confirmatory visual correlation of nodule localization within the lung parenchyma between computed tomography and EUS was possible in 100% of cases. The lung nodule distribution was 41.5% right upper lung, 18.9% right lower lung, 28.3% left upper lung, and 11.3% left lower lung. Histologic and cytologic sampling was adequate in 52 of the 55 procedures (94.5%). In all patients with adequate biopsy sampling, accurate pathocytologic diagnoses of the target parenchymal nodules were obtained. The accuracy and sensitivity of EUS-FNA were both 94.5% and consistent with the diagnosis on pathologic resection or clinical progression of disease, or both. No morbidity resulted from the procedure nor was observed at 30 days. EUS-FNA of parenchymal pulmonary nodules is safe and accurate and allows for biopsy of perimediastinal lung lesions not attainable using traditional techniques.

Abstract No. 379 - CT-guided percutaneous lung biopsy: are lesions closer to the diaphragm more likely for failure and complications?

Abstract No. 379 - CT-guided percutaneous lung biopsy: are lesions closer to the diaphragm more likely for failure and complications?