Topical Lidocaine Patch for Postthoracotomy and Poststernotomy Pain in Cardiothoracic Intensive Care Unit Adult Patients.

BACKGROUND: Transdermal lidocaine patches have few systemic toxicities and may be useful analgesics in cardiac surgery patients. However, few studies have evaluated their efficacy in the perioperative setting. Objective To compare the efficacy of topical lidocaine 5% patch plus standard care (opioid and nonopioid analgesics) with standard care alone for postthoracotomy or poststernotomy pain in adult patients in a cardiothoracic intensive care unit. METHODS: A single-center, retrospective cohort evaluation was conducted from January 2015 through December 2015 in the adult cardiothoracic intensive care unit at a tertiary academic medical center. Cardiac surgery patients with new sternotomies or thoracotomies were included. Patients in the lidocaine group received 1 to 3 topical lidocaine 5% patches near sternotomy and/or thoracotomy sites daily. Patches remained in place for 12 hours daily. Patients in the control group received standard care alone. RESULTS: The primary outcome was numeric pain rating for sternotomy/thoracotomy sites. Secondary outcomes were cardiothoracic intensive care unit and hospital lengths of stay and total doses of analgesics received. Forty-seven patients were included in the lidocaine group; 44 were included in the control group. Mean visual analogue scores for pain did not differ between groups (lidocaine, 2; control, 1.9; P = .58). Lengths of stay were similar for both groups (cardiothoracic intensive care unit: lidocaine, 3.06 days; control, 3.11 days; P = .86; hospital: lidocaine, 8.26 days; control, 7.61 days; P = .47). CONCLUSIONS: Adjunctive lidocaine 5% patches did not reduce acute pain in postthoracotomy and post-sternotomy patients in the cardiothoracic intensive care unit.

Virtual reality bringing a new reality to postthoracotomy lung cancer patients via a home-based exercise intervention targeting fatigue while undergoing adjuvant treatment.

BACKGROUND: Little is known about rehabilitation for postthoracotomy non-small cell lung cancer (NSCLC) patients. This research uses a perceived self-efficacy-enhancing light-intensity exercise intervention targeting a priority symptom, cancer-related fatigue (CRF), for postthoracotomy NSCLC patients. This article reports on phase II of a 2-phase study. Phase I focused on initiation and tolerance of exercise during the 6 weeks immediately after thoracotomy, whereas phase II addressed maintenance of exercise for an additional 10 weeks including participants initiating and completing chemotherapy and/or radiation therapy. OBJECTIVE: The objective of this study was to investigate the feasibility, acceptability, and preliminary efficacy of an exercise intervention for postthoracotomy NSCLC patients to include those initiating and completing adjuvant therapy. INTERVENTIONS/METHODS: A single-arm design composed of 7 participants postthoracotomy for NSCLC performed light-intensity exercises using an efficacy-enhancing virtual-reality approach using the Nintendo Wii Fit Plus. RESULTS: Despite most participants undergoing chemotherapy and/or radiation therapy, participants adhered to the intervention at a rate of 88% with no adverse events while giving the intervention high acceptability scores on conclusion. Likewise, participants' CRF scores improved from initiation through the conclusion of the intervention with perceived self-efficacy for walking at a light intensity continuously for 60 minutes, improving significantly upon conclusion over presurgery values. CONCLUSIONS: Postthoracotomy NSCLC patients maintained exercise for an additional 10 weeks while undergoing adjuvant therapy showing rehabilitation potential because the exercise intervention was feasible, safe, well tolerated, and highly acceptable showing positive changes in CRF self-management. IMPLICATIONS FOR PRACTICE: A randomized controlled trial is needed to further investigate these relationships.

Evaluation of the outcomes of ice application for the control of pain associated with chest tube irritation.

The aim of this study was to evaluate the effectiveness of the use of ice for the control of pain associated with chest tube irritation. The randomized and single-blinded study consisted of 40 patients (20 in the control and 20 in the study group) who underwent thoracotomy with chest tube placement. The same general anesthesia protocol was used for all patients, and the procedure was performed by the same surgery team. Procedures such as decortication and thoracic wall resection were not included in the study. Standard postoperative analgesic methods were applied to all patients. Additionally, ice (in flexible and bendable cold gel packs wrapped in fine cloth sheaths) was applied to the chest tube insertion site at the 24th, 28th, 36th, and 40th postoperative hours for 20 minutes. To assess the effectiveness of ice application, Verbal Category Scale and Behavioral Pain Scale methods were used to measure the severity of pain. Average pain severity scores during the mobilization activities, including coughing and walking, were compared and found to be significantly lower in the study group patients who received cold therapy than in the control group patients (p < .05). Additionally, analgesic consumption was lower in the study group than in the control group patients (p < .05). As a result, the application of ice to the chest tube insertion site reduced pain associated with irritation along with the need for analgesics.

Too sick not to exercise: using a 6-week, home-based exercise intervention for cancer-related fatigue self-management for postsurgical non-small cell lung cancer patients.

BACKGROUND: Two prevalent unmet supportive care needs reported by the non-small cell lung cancer (NSCLC) population include the need to manage fatigue and attain adequate exercise to meet the physical demands of daily living. Yet, there are no guidelines for routine rehabilitative support to address fatigue and exercise for persons with NSCLC during the critical transition from hospital to home after thoracotomy. OBJECTIVE: The objective of this study was to evaluate the feasibility, acceptability, safety, and changes in study end points of a home-based exercise intervention to enhance perceived self-efficacy for cancer-related fatigue (CRF) self-management for persons after thoracotomy for NSCLC transitioning from hospital to home. INTERVENTIONS/METHODS: Guided by the principles of the Transitional Care Model and the Theory of Symptom Self-management, a single-arm design composed of 7 participants with early-stage NSCLC performed light-intensity walking and balance exercises in a virtual reality environment with the Nintendo Wii Fit Plus. Exercise started the first week after hospitalization for thoracotomy and continued for 6 weeks. RESULTS: The intervention positively impacted end points such as CRF severity; perceived self-efficacy for fatigue self-management, walking, and balance; CRF self-management behaviors (walking and balance exercises); and functional performance (number of steps taken per day). CONCLUSIONS: A home-based, light-intensity exercise intervention for patients after thoracotomy for NSCLC is feasible, safe, well tolerated, and highly acceptable showing positive changes in CRF self-management. IMPLICATIONS FOR PRACTICE: Beginning evidence suggests that a light-intensity in-home walking and balance intervention after hospitalization for thoracotomy for NSCLC is a potentially effective rehabilitative CRF self-management intervention. Next steps include testing of this health-promoting self-management intervention in a larger-scale randomized controlled trial.

Role of resuscitative emergency field thoracotomy in the Japanese helicopter emergency medical service system.

OBJECTIVE: We investigated whether emergency thoracotomy (ET) performed in pre-hospital settings contributed to saving the lives of blunt trauma patients with impending or recent cardiac arrest. METHODS: Eighty-one consecutive cardiac arrest patients with blunt trauma were performed ET before or after arrival at the emergency department (ED). These were reviewed retrospectively and were classified into the following three groups: (1) an emergency field thoracotomy was performed (EFT group, n=34); (2) a doctor dispatched to the scene, but the thoracotomy was performed in the ED (EDT-a group, n=10); and (3) no doctor dispatched to the scene, and the thoracotomy was performed in the ED (EDT-b group, n=37). The patients in the EFT and EDT-a groups were managed within the Japanese helicopter emergency medical service system with a doctor dispatched to the scene. RESULT: The time between the arrival of the EMT at the scene and the start of the thoracotomy was significantly shorter in the EFT group than in the EDT-b group (19.2+/-7.9 min vs. 30.7+/-6.8 min, p<0.001). In the EFT group, the "ICU admission" rate was significantly higher among the patients who experienced cardiac arrest after the EMT arrival than among the patients who experienced cardiac arrest before the EMT arrival (70% vs. 8%, p=0.001). Unfortunately, however, there were no survivors in this series. CONCLUSION: These findings indicate that "early access" to a doctor's expertise and the performance of an "emergency field thoracotomy" might be two important factors for improving the possibility of saving the lives of blunt trauma patients with impending or recent cardiac arrest.

Emergency department thoracotomy: nursing implications for pediatric cases.

Cardiac arrest in the pediatric patient is an infrequent event. Although an emergency department thoracotomy is a potentially lifesaving procedure, it should be used in only a small, select group of patients. A literature review was conducted to determine the indications, surgical techniques, emergency procedures, and nursing responsibilities associated with an emergency department thoracotomy.

Pneumothorax in the newborn.

Air leak syndromes, and pneumothorax in particular, occur in the NICU. Careful nursing assessment, monitoring, and management strategies offer the infant with pneumothorax a good outcome.

Analgesia following thoracotomy: a survey of Australian practice.

This survey examines pain management after thoracotomy in Australian hospitals. Questionnaires were sent to senior thoracic anaesthetists at 27 hospitals (16 public and 11 private) with thoracic surgical units. Twenty-six anaesthetists replied and 24 responses were included in the analyses. Seventy-two percent of respondents were from hospitals with acute pain services (APS), and in 94% of these hospitals patients are reportedly visited by the APS. The most frequently used analgesic modalities are epidural analgesia, intravenous patient-controlled analgesia (IVPCA), and nurse-controlled intravenous opioid infusions. Over half of the anaesthetists reported using local anaesthetic intercostal nerve block, non-steroidal anti-inflammatory drugs (NSAIDs), or paracetamol. Combinations of analgesic techniques were cited frequently. Respondents reported that cryoanalgesia, interpleural blockade, paravertebral blockade, subarachnoid infusions, ketamine, and transcutaneous electrical nerve stimulation are used infrequently. Anaesthetists from public hospitals reported using epidural analgesia, IVPCA and NSAIDs more frequently than those from private hospitals. When epidural analgesia is used, most respondents place the catheter in the mid-thoracic region (91%), use a regimen of opioids plus local anaesthetic (96%), use a constant infusion technique (100%), and continue analgesia for up to three days (83%). Over half of the respondents reported that post-thoracotomy patients are nursed in a high-dependency area. Seventy-nine percent of respondents selected epidural analgesia as the best available analgesia technique, whereas 21% consider IVPCA to be the best. Only 75% of respondents reported that the type of analgesia they consider best is also the type which they use most frequently.

Right thoracotomy approach to mitral valve surgical procedures.

The right thoracotomy approach to mitral valve surgical procedures allows surgeons to achieve excellent, rapid exposures of mitral annuli; facilitates the excision of diseased mitral valves; avoids injury to previously placed coronary artery bypass grafts; and aids surgeons with the insertion of valve prostheses. This approach is especially appropriate for patients with anatomic deviations (e.g., deep chest cavities, counterclockwise rotations of the heart) and hostile mediastina (i.e., previously opened mediastina with severe adhesions around the heart and posterior side of the sternum). This article discusses mitral valve disease, compares the right thoracotomy approach to median sternotomy, describes perioperative nursing care of patients undergoing mitral valve surgical procedures, and presents a case study.

Thoracotomy, critical pathway, and clinical outcomes.

Using a multidisciplinary critical pathway for chest surgery, the staff of Saint Joseph Medical Center (Burbank, California) and its physicians developed a strategy leading to improved patient outcomes with reduced overall costs. On referral from the surgeon's office, the multidisciplinary team, consisting of a clinical nurse specialist, physical therapist, and respiratory therapist, meet with the patient. The education that follows includes discussion of the surgical procedure, intubation, incentive spirometry, coughing, deep breathing, early ambulation, use of patient-controlled analgesia, chest physiotherapy, transfusion options, and evaluation of health status. A few days later, the patient undergoes the thoracoscopy-assisted thoracotomy. The success of the outcome-driven critical pathway can be related to several factors: (1) close coordination between the surgeon's office and hospital; (2) intensive preoperative education that decreases patient's anxiety and increases his or her ability to participate in recovery; (3) patient-controlled analgesia, nerve blocks, non-narcotic analgesia, and preemptive rehabilitation, which limit the risk for complication; and (4) thoracoscopy, which limits the surgical morbidity commonly affiliated with thoracotomy. The pathway, used for 160 patients during the past 2 years, has shown dramatic results related to reducing morbidity, practice variation, delay, and total overall cost.

Care of the patient after endoscopic thoracotomy.

The care of the patient after endoscopic thoracotomy is discussed. A definition of endoscopic thoracotomy, its advantages and disadvantages, and a brief description of the surgical procedure are presented. PACU care of the patient is reviewed and potential complications are identified.

Management of chronic left ventricular assist device percutaneous lead insertion sites.

Patients with ventricular assist devices must necessarily have percutaneous leads linking the internal device to the external console. In the chronic circumstance, the percutaneous lead insertion site may become the location of irritation or infection. At the University of Pittsburgh, a procedure has been developed for care of this site. Since the institution of the procedure, 30 patients have been mechanically supported, representing a total of 1688 patient days of support. Positive cultures were obtained from the lead insertion sites of four patients in this series, whose length of support ranged from 72 to 144 days. All four patients were hemodynamically unstable requiring support with the intraaortic balloon pump before institution of the ventricular assist device, and two patients had significant risk factors for infection development at the lead insertion site before implementation. Two of the infections were considered minor, and posttransplantation sequelae developed in only one patient. With current therapeutic protocols and the defined procedure for care of the lead insertion site, the occurrence of positive cultures associated with clinical signs and symptoms of site infection appears to be infrequent.

Chest tube stripping in pediatric oncology patients: an experimental study.

BACKGROUND: Stripping of chest tubes to promote drainage of the thorax of postthoracotomy patients has been routine practice, based on tradition. Recent published findings indicate that significant negative pressures are generated in the tube during stripping that could cause pain, bleeding and possible damage to the patient's lung tissue. OBJECTIVE: To determine whether pediatric oncology patients whose chest tubes were not stripped would differ in frequency of pain, fever or lung complications from patients who underwent routine tube stripping. METHODS: Data were collected at multiple points during the first 72-hour postoperative period from 16 patients assigned to the stripped or unstripped groups. Pain was measured by the Faces Pain Scale and the Visual Analogue Scale; temperature, by electronic thermometer; and lung complications, by stethoscope and radiographs. Both groups, which were comparable for age, primary diagnosis and prior history of lung problems, received identical supportive nursing and medical care, with the physicians blind to group assignment. RESULTS: The two groups did not differ significantly in frequency of pain, incidence of fever, breath sounds or radiographic findings across measurement points. A strong correlation was found between the pain scores using the two instruments. DISCUSSION: Patients whose tubes were not stripped did not have an increased risk of infection or lung complications. Study findings indicated that stripping did not increase the frequency of pain. CONCLUSIONS: Stripping of chest tubes as a routine postoperative measure is questioned.

Endoscopic thoracotomy. A new approach to thoracic surgery.

Thoracoscopy cannot be performed on all patients, but it is the latest application of endoscopy techniques and has many advantages over conventional thoracotomy. Because the procedure is new, not every surgeon may willing to try it, nor are all who try it skilled in the procedure. When successfully performed, it provides the surgical team with the means to eliminate the discomfort and disability patients encounter with a conventional thoracotomy while shortening surgical, anesthesia, and recovery time, and reducing overall patient costs.