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Video-Assisted Thoracoscopic Surgery (VATS)

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Video-Assisted Thoracoscopic Surgery (VATS) AY 130108 Video-assisted thoracoscopic surgery Jay B. Brodskya and Edmond Cohenb Video-assisted thoracic surgery is finding an ever-increasing Introduction role in the diagnosis and treatment of a wide range of thoracic Thoracoscopy involves intentionally creating a pneu- disorders that previously required sternotomy or open mothorax and then introducing an instrument through thoracotomy. The potential advantages of video-assisted the chest wall to visualize the intrathoracic structures. thoracic surgery include less postoperative pain, fewer Direct visual inspection of the pleural cavity has been operative complications, shortened hospital stay and reduced performed since 1910, when Jacobeaus ®rst used a costs. The following review examines the surgical and thoracoscope to diagnose and treat effusions secondary anesthetic considerations of video-assisted thoracic surgery, to tuberculosis. The recent application of video cameras with an emphasis on recently published articles. Curr Opin to thoracoscopes for high-de®nition magni®ed viewing, Anaesthesiol 13:000±000. # 2000 Lippincott Williams & Wilkins. coupled with the development of sophisticated surgical instruments and stapling devices, has greatly expanded the ability of the endoscopist to do increasingly more complex procedures using thoracoscopy. aDepartment of Anesthesiology, Stanford University School of Medicine, Stanford, California, USA; and bDepartment of Anesthesiology, The Mount Sinai Medical Center, New York, NY, USA Compared with open thoracotomy, video-assisted thor- acoscopic surgery (VATS) is considered to be `minimally Correspondence to Jay B Brodsky at the Department of Anesthesiology, Stanford University School of Medicine, Stanford, CA 94305, USA Tel: +1 650 725 5869; invasive'. The patient population tends to be either very fax: +1 650 725 8544; email: [email protected] healthy individuals undergoing diagnostic procedures, or Current Opinion in Anaesthesiology 2000, 13:000±000 high-risk patients undergoing VATS to avoid open thoracotomy. The potential advantages of VATS include Abbreviations less postoperative pain, earlier mobilization, lower over- DLT double-lumen endobronchial tube all morbidity, a shortened hospital stay with reduced ETT endotracheal tube LVRS lung volume reduction surgery costs, a cosmetic incision, and for some procedures, a OLV one-lung ventilation reduced operating time. Pao2 arterial oxygen pressure VATS video-assisted thoracoscopic surgery Indications # 2000 Lippincott Williams & Wilkins The VATS approach was initially used for simple 0952-7907 diagnostic and therapeutic procedures involving the pleura, lungs, and mediastinum [1]. However, VATS operations continue to replace many procedures that formerly required thoracotomy [2 .]. For example, pulmonary operations using VATS have evolved from simple wedge and segmental resections to complete lobectomy. In selected patients a VATS lobectomy is a reasonable treatment option to thoracotomy for both adults [3] and children [4]. VATS operations can be used for all structures in the chest, and are not limited to the lungs, pleura and mediastinum. The heart and great vessels, the esopha- gus and diaphragm, the spinal column and nerves can all be operated on using VATS [5 ± 13]. Each year has seen new, innovative applications of the technique. For example, intractable pain as a result of chronic pancrea- titis can now be treated by inactivation of the major afferent pain nerves with the use of thoracoscopic splanchnicectomy [14]. The current indications for VATS procedures are shown in Table 1. 1 2 Thoracic anaesthesia Table 1. Indications for video-assisted thoracoscopic surgery surgical approaches offered equivalent functional out- General intrathoracic cavity comes [18 ± 20], the overall hospital costs of a LVRS with Diagnosis or biopsy of any intrathoracic structure the use of the VATS approach are signi®cantly less than Laser application for treatment of tumors those of an LVRS using sternotomy [19]. Diagnosis and drainage of pleural effusions Treat chylothorax Debride empyema Retrieval of intrathoracic foreign body Anesthetic considerations Lungs The surgical approach to thoracoscopy involves creating Wedge resection, segmentectomy, lobectomy Closure of persistent/recurrent pneumothorax a small (2 ± 3 cm) incision in the lateral chest wall with Identification of broncho-pleural fistula the patient in the lateral decubitus position. Although Pleura minor operations (thoracentesis, pleural biopsy) can be Lysis of adhesions Pleurodesis performed through a single incision, two or three Decortication additional small incisions are usually made to allow the Mediastinum application of surgical instruments and stapling devices. Removal of mediastinal cysts Thymectomy A trocar is introduced into the chest cavity after the lung Resection of posterior mediastinal neurogenic tumors on that side has been selectively collapsed. The Esophagus and diaphragm thoracoscope is then placed through the trocar into Tumor staging or resection Resect esophagus chest. At the conclusion of the procedure a chest Repair diaphragm drainage tube is inserted and the lung is re-expanded. Anti-reflux operations Heart and great vessels Pericardectomy VATS can be performed using either local, regional, or Diagnosis of cardiac herniation after pneumonectomy general anesthesia. The simplest technique is to use a Minimally invasive valve and coronary artery procedures local anesthetic to in®ltrate the lateral thoracic wall and Ligation of patent ductus (infants) Spine and nerves parietal pleura. Alternatively, intercostal nerve blocks Dorsal thoracic sympathectomy can be performed at the level of the incision(s) and at Splanchnicolysis two interspaces above and below. Thoracic epidural Drainage of spinal abscess Discectomy anesthesia can also be used. For VATS procedures under Fusion and correction of spinal deformity local or regional anesthesia, an ipsilateral stellate gang- Trauma lion block is often performed to inhibit the cough re¯ex Assess injury Treat hemorrhage from manipulation of the hilum. To anesthetize the Evacuation of clot visceral pleura, topical local anesthetic agents can be applied. Intravenous sedation with propofol may be needed to supplement the regional nerve blocks [21]. Lung volume reduction surgery For VATS performed under local or regional anesthesia A special indication for VATS is lung volume reduction with the patient breathing without assistance, partial surgery (LVRS). LVRS procedures improve dyspnea and collapse of the lung on the operated side occurs when air pulmonary function in selected patients with severe is allowed to enter the pleural cavity. The resulting emphysema [15]. A thoracoscopic LVRS procedure can atelectasis may provide suboptimal surgical exposure. To avoid the signi®cant morbidity and mortality associated facilitate visualization, carbon dioxide can be insuf¯ated with similar operations performed by thoracotomy or under pressure into the chest cavity to compress the sternotomy [16 ..]. non-ventilated lung. This may cause serious respiratory and hemodynamic changes. Gas insuf¯ation can result in Staged LVRS operations offer no advantage over a single an increase in airway pressure, a rise in end-tidal carbon hospitalization for bilateral LVRS [17]. Patients under- dioxide, mediastinal shift with hemodynamic instability going bilateral lung volume reduction via median and a drop in systolic blood pressure, and a decrease in sternotomy were compared with patients undergoing hemoglobin oxygen saturation despite ventilation with the procedure by bilateral VATS. Although the operat- 100% oxygen [22]. This clinical presentation resembles a ing time was longer for the VATS operations, blood loss tension pneumothorax [23]. These physiological re- was signi®cantly greater in the median sternotomy group sponses to carbon dioxide insuf¯ation into a closed chest [18]. cavity occur with pressures as low as 5 mmHg [24]. The complication can be reduced if the volume of gas is In another study comparing LVRS using VATS with limited to 2 l/min and the carbon dioxide is insuf¯ated sternotomy [19], sternotomy patients required longer slowly [25 ..]. mechanical ventilatory support postoperatively, spent more time in the intensive care unit, had more days with The major disadvantage of VATS under local or regional an air leak, and were hospitalized longer. Although both anesthesia is that the patient must breath spontaneously. Video-assisted thoracoscopic surgery Brodsky and Cohen 3 This is usually tolerated for short periods of time [26], thoracotomy the usual treatment for hypoxemia is the but for most VATS procedures a general anesthetic with application of continuous positive airways pressure to the controlled one-lung ventilation (OLV) is a better choice. operated upper lung. This has minimal impact on surgical conditions during a conventional open thoracot- A single-lumen endotracheal tube (ETT) can be used omy, but a partly distended lung will seriously interfere for VATS under general anesthesia. However, if the with surgical exposure during a VATS procedure. lungs are not separated, positive-pressure ventilation to Therefore continuous positive airway pressure cannot both lungs prevents lung collapse on the operated side, be used during VATS. with inadequate surgical exposure. Therefore, lung separation with selective OLV to only the contralateral Inhaled nitric oxide is a selective pulmonary vasodilator. side is usually indicated. The lung must be completely
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