Prevention of parenchymal air leakage after lung resection; comparison of effectiveness in drug formation of fibrin adhesive

We investigated the comparative effectiveness of the seat and glue types of fibrin adhesive, to clarify which is more useful in preventing postoperative parenchymal air leaks after lung resection. One hundred sixteen patients received fibrin adhesive to prevent postoperative air leakage after lung resection carried out by the same surgeon. Ninety-two lobectomies and 24 partial resections were assessed. There were 29 patients with emphysematous lung. In the seat type group, an average of 2.6 postoperative days elapsed before chest drain removal. In the glue type, this average was 3.2 days, a significant difference. This difference was also evident in the lobectomy group. However, among emphysematous lung patients and the partial resection group, there was no apparent difference. Prolonged air leakage was seen in 2 patients with emphysematous lung, but no difference in terms of drug formation could be seen. The seated type of fibrin adhesive was more useful than the glue type in preventing postoperative air leaks, but in emphysematous lung patients, better surgical technique would seem to be the critical factor.     

肺癌切除术支气管残端包埋方法的探讨(附102例带蒂心包脂肪瓣的应用)

目的 探讨肺癌切除术中支气管残端的处理方法对术后愈合能力的影响。方法 将258例肺癌病人随机分为两组，对支气管残端分别行带蒂心包脂肪瓣(带蒂组)和常规胸膜包埋(胸膜组)。结果 带蒂组102例，术后无一例发生支气管胸膜瘘或支气管肺动脉瘘，胸膜组156例术后3例并发支气管胸膜瘘。结论 带蒂心包脂肪瓣有利于支气管残端的愈合，防止支气管动脉瘘的发生。     

Effect of routine fibrin glue use on the duration of air leaks after lobectomy

The effectiveness of fibrin glue as a sealant to reduce postoperative air leaks after pulmonary lobectomy was evaluated in 28 consecutive patients between November 1988 and May 1989. A fibrin glue spray was used in 14 patients, and 14 patients served as controls. Assignment of either group was made before thoracotomy. Nine male and 5 female patients with a mean age of 63.8 years were in the fibrin glue experimental group, and 8 male and 6 female patients with a mean age of 59 years, in the control group. An equal number of complete and incomplete fissures were in each group. All fissures were handled in the same way (stapled). Two milliliters of fibrin glue was applied through a double-syringe delivery system and sprayed on the staple line and any cut surface of the inflated lung just before thoracotomy closure. The fibrin glue-treated group had a mean air leak duration of 2.3 +/- 3.7 days, chest tube drains for 6 +/- 4.1 days, and a postoperative hospitalization of 9.8 +/- 3.1 days. The control group had a mean air leak duration of 3.3 +/- 3.3 days (p = 0.94), chest tube drains for 5.9 +/- 3.9 days (p = 0.95), and a postoperative hospitalization of 11.5 +/- 3.9 days (p = 0.21). We conclude that the routine use of a fixed quantity of fibrin glue is not effective in reducing the duration of air leaks, chest tube drainage, or hospitalization after uncomplicated pulmonary lobectomy.     

An effective case of a new biological adhesive agent, gelatin-resorcinol formaldehyde-glutaralhyde glue (GRFG-glue) in treating refractory pulmonary fistula following lobectomy for pulmonary aspergilloma]

We report a successful case of thoracoscopic therapy using a new biological adhesive agent, Gelatin-Resorcinol Formaldehyde glue (GRFG glue) for refractory pulmonary fistula. A 69-year-old male underwent right upper lobectomy for lung aspergilloma. Air leakage began 11 days after lobectomy. Closing alveolar fistula was performed 28 days after first operation. Relapsing air leakage began 2 days after second operation. The insertion of fibrin glue through thoracoscope at two times was not effective for refractory pulmonary fistula. But the insertion of GRFG glue was effective to close the fistula completely.     

Clinical study of bioabsorbable PGA sheets for suture reinforcement and use as artificial pleura]

Bioabsorbable PGA non-woven fabric sheets were used to treat 103 patients who underwent pulmonary surgery in three hospitals, and their handleability, applicability, drainage time after surgery and subsequent side effects were studied. For suture reinforcement, these sheets showed satisfactory handleability, applicability and effectiveness for hemostasis and prevention of air leakage at the suture sites. Since this material has good compatibility with fibrin glue, use of these two materials in combination reduced both the operation time and postoperative drainage period. For small fistula and pleural defects, attachment of the sheets with fibrin glue to create an artificial pleura was sufficient for prevention air leakage without suturing. No side effects or complications were observed, and the postoperative courses of all 103 patients were uneventful. These findings suggest that PGA sheets are acceptable for suture reinforcement in the pulmonary surgery, and that when used with fibrin glue, can simplify surgery for emphysematous lung disease and shorten the period of postoperative air leakage.     

Fibrin glue-induced eosinophilic pleural effusion after pulmonary resection: A case report

Introduction and importanceProlonged air leakage after pulmonary resection is a common complication, and fibrin glue is used as a sealant to reduce this. Fibrin glue-induced adverse events are generally rare. Herein, we describe a rare case of fibrin glue-induced eosinophilic pleural effusion (EPE).Case presentationA 77-year-old man underwent partial pulmonary resection for right lower lobe lung cancer, and the pulmonary staple stump was subsequently covered with fibrin glue. Antibacterial drugs were administered for the treatment of postoperative pneumonia. However, re-elevation of the inflammatory cell number was observed, and computed tomography revealed an increase in right pleural effusion. Although thoracoscopy was performed based on a possibility of empyema, no empyema was observed. The eosinophil count in the pleural effusion was 11%; thus, the patient was diagnosed with EPE, which was resolved after thoracic drainage, without corticosteroid administration. Fibrin glue was identified as the causative agent, using a drug-induced lymphocyte stimulation test.Clinical discussionEPE is defined as an eosinophil count of ≥10% in the pleural effusion. If pleural effusion on the surgical side, with fever or an elevated inflammatory cell number, is observed in the early postoperative period after pulmonary resection, empyema should be considered foremost. In this case, the administration of antibacterial drugs was ineffective, and the patient was eventually diagnosed with EPE.ConclusionEPE should be considered as a rare fibrin glue-induced adverse event after pulmonary resection. It is recommended that the leukocyte fraction be examined, if pleural effusion is collected for postoperative pleural effusion.     

Prevention of postoperative air leakage from lungs using a purified human collagen membrane-polyglycolic acid sheet.

BACKGROUND: Human amnion has useful biomedical applications because it contains a large amount of human collagen fibers. We prepared purified human collagen membrane (HCM) from human amnion and used it to develop a new sheet by combining it with synthetic bioabsorbable polyglycolic acid (PGA) mesh. We evaluated its efficacy in preventing air leakage from the lungs of dogs. METHODS: In 20 dogs, HCM-PGA sheet (n = 5), sheets using fibrin glue with a separate application method (n = 5), a mixed application method (n = 5), and fibrin glue alone (n = 5), were used as dressing materials after partial lung resection. RESULTS: The HCM-PGA sheet using fibrin glue with a separate application method was shown to be significantly more effective by an air leakage pressure test than the other three methods. These results indicate that the HCM-PGA sheet is useful for preventing air leakage from the lung. CONCLUSIONS: The HCM-PGA sheet is more effective than conventional fibrin glue for controlling postoperative air leakage.     

Fibrin glue and bioabsorbable felt patch for intraoperative intractable air leaks

Objective: We worked to devise a new way to prevent postoperative persistent air leaks in high-risk pulmonary surgery patients. Methods: From November 1993 to June 2002, 60 patients with difficult to control intraoperative pulmonary air leakage were treated using bioabsorbable polyglycolide felt patches soaked in fibrin glue to cover the leakage site. Results: After application, the felt patch adhered tightly to the lung surface without peeling off, enabling good leakage closure with only 2 ml of fibrin glue used. Air leakage was controlled successfully in 52 (86.7%) of the 60. Four of the 8 patients in whom this method failed to stop air leakage also developed mild pyothorax, with 2 requiring a second operation by video-assisted thoracic surgery. Leakage was eventually controlled in all patients, with no postoperative deaths relating to air leakage. Conclusions: Fibrin-glue-soaked bioabsorbable felt patches effectively seal intraoperative intractable air leaks. Felt patch use may increase the risk of postoperative infection. It should be considered for use on patients with fistulas that cannot be controlled by direct closure or otherwise intraoperatively and who may potentially develop uncontrollable air leakage postoperatively.     

Gelatin-resorcinol-formaldehyde-glutaraldehyde glue for sealing pulmonary air leaks during thoracoscopic operation

BACKGROUND: Intraoperative pulmonary air leakage is one of the most troublesome complications in video-assisted thoracoscopic surgical procedures. We developed a sealing procedure using gelatin-resorcinol-formaldehyde-glutaraldehyde (GRFG) glue for pulmonary air leaks during such operations. METHODS: Formaldehyde-glutaraldehyde (FG) jelly is prepared by mixing FG fluid with 2.5% sodium carboxymethyl cellulose to make the FG fluid viscous. We performed an adhesion-strength test to determine the optimum ratio of gelatin-resorcinol mixture to FG jelly and then conducted an air leakage test on swine lung to compare the sealing effect between fibrin and GRFG glues. To study the histotoxicity of the GRFG glue, the sealant was applied to injured rabbit lung, and the rabbits were followed for 1 day to 188 days. For clinical studies, we developed an endosyringe to apply the GRFG glue on the target site during video-assisted thoracoscopic surgical procedures and used this technique in 21 patients with intraoperative air leaks. In addition, the side effects of GRFG glue application were studied in 52 patients in whom glue was used in several ways during lung operations. RESULTS: The results of the adhesion-strength test favored a 2:1 gelatin-resorcinol to FG ratio. The mean pressure required to produce air leakage was significantly higher with GRFG glue than with fibrin glue (p<0.001). No critical histologic damage was seen in the rabbit lung, and the glue persisted on the lung surface for 188 days after sealing. Clinical application of the glue in 21 patients resulted in complete stoppage of air leakage during operation and long afterward, except in 1 patient with a late-onset lung fistula. The FG jelly helped prevent glue spillage at the target site, regardless of angle. A transient rise in temperature up to 38.60C was observed as a side effect 7 days after operation in 5 (9.6%) of the 52 patients. CONCLUSIONS: A GRFG glue using FG jelly seals pulmonary air leaks effectively, simply, and safely during video-assisted thoracoscopic surgical procedures.     

Control of aerostasis in pulmonary metastasectomy by precision resection. Standard technique versus fibrin glue modification

The control of aerostasis after performing non-anatomical pulmonary resections constitutes a serious problem. The presence of an air leak in the postoperative period requires a prolonged thoracic drainage and consequently a longer hospital stay. The aim of our study was to evaluate the usefulness of fibrin glue and its effectiveness in the prevention of air leaks. At the Department of Thoracic Surgery of the National Cancer Institute of Milan, we conducted a case-control study in 90 patients submitted to metastasectomy for secondary lung cancer, removing multiple small nodules < or = 1.5 cm using the precision resection technique. We divided the patients into two groups, both of 45 subjects: group 1 treated with fibrin glue and group 2 submitted to cauterization of the pulmonary parenchyma. The patient characteristics were well matched for age, type of approach and operation, number of resections performed and type of pathology. The assessment parameters investigated were the duration of the air leak, expected complications, drainage time and length of hospital stay. In group 1 we performed fewer than 5 precision resections in 21 cases, from 5 to 10 in 16, and more than 10 in 8. In group 2 we executed fewer than precision resections in 21 cases, from 5 to 10 in 17, and more than 10 in 7. In group 1 the duration of the air leak was 2.93 +/- 1.91 days as against 6.95 +/- 7.01 days in group 2 (p = 0.000). In group 1 we had one complication (2%) (a long-term air leak lasting > 10 days), while in group 2 we had a long-term air leak in 11 cases (24%) (p = 0.000). Mean thoracic drainage time was 4.22 +/- 1.43 days in group 1, and 8.13 +/- 7.37 in group 2 (p = 0.000). The mean postoperative hospital stay was 6.22 +/- 1.43 days in group 1 compared to 10.13 +/- 7.37 days in group 2 (p = 0.000). In the group of patients treated with fibrin glue we obtained a significant reduction in drainage time, complications and postoperative hospital stay. The results of our experience show that the use of fibrin glue in non-anatomical resections with a high risk of developing air leakage is effective in reducing the expected complications, with a favourable impact also on the quality of life of patients with metasases.     

Omental packing for the transected surface remnant liver after major hepatectomy

To avoid intraabdominal abscess and biliary fistula, which may lengthen hospital stay or result in lethal complications after major hepatic resection, it is important to control postoperative bleeding and bile leakage. We employed a technique for preventing postoperative bleeding and bile leakage, using omental packing with fibrin glue for the transected surface of the remnant liver after hepatic resection. This procedure was employed in 50 patients who underwent major hepatic resection. There was no postoperative bleeding or biliary fistula, and drain tubes were removed within 5 days in all patients. Omental packing with fibrin glue could be a very useful procedure of preventing postoperative biliary fistula, bleeding, and abscess after major hepatic resection.     

两种组织黏合剂封堵肺创面漏气的研究

目的 探讨纤维蛋白胶(FG)和化学胶封堵肺创而漏气的临床价值.方法 FG先行体外耐压试验.将54只新西兰兔随机分为3组:对照组、FG组和化学胶组,每组18只.离体实验每组9只兔,分别注射40、50、60 ml空气行肺顺应性测定.在体实验每组9只兔,建立兔肺漏气模型.对照组关胸,另两组行FG及化学胶封闭肺创面做加压试验,术后3、7、14 d开胸观察取肺组织行苏木素-伊红(HE)染色.结果体外耐压试验中,FG承受50 cm H2O压力后出现漏气.离体实验中,FG组顺应性(1.820±0.280、1.181±0.144、0.947±0.080)与对照组(2.075±0.377、1.289±0.243、0.951±0.087)比较差异无统计学意义(P>0.05),化学胶组顺应性(1.594±0.294、0.956±0.094、0.861±0.076)与对照组、FG组比较明显减小(P<0.05).在体实验中,对照组兔在术后1～4 h内死亡,FG组在肺内压平均达到27.2 cmH2O时出现漏气,而当气道压达34 cmH2O时化学胶亦未漏气.化学胶组术后出现肺不张及少量胸水,病理切片示坏死组织及炎性细胞明显多于FG组.结论 两胶均可有效封闭肺创面漏气.与化学胶比较,FG对肺顺应性干扰小,可促进创面愈合、减轻炎症及瘢痕形成.     

Mixing collagen with fibrin glue to strengthen the sealing effect for pulmonary air leakage

BACKGROUND: To strengthen the sealing effect of fibrin glue for pulmonary air leakage, atelocollagen was mixed with the glue and the mixing effect was examined. METHODS: A mixture of fibrinogen and thrombin with atelocollagen was used as a test sample. The concentrations of atelocollagen were adjusted to levels of 0%, 0.375%, 0.75%, 1.1%, and 1.5%. We next performed air leakage tests on a plastic cap with pin holes and swine lung and also measured the elasticity and the adhesion strength. RESULTS: The pressure required to rupture the sealant on a plastic cap with pin holes increased as the concentration of atelocollagen increased, and the bursting pressures were significantly higher in the glue with 0.75%, 1.1%, and 1.5% of atelocollagen than in the glue without atelocollagen (p < 0.01 and p < 0.001). The air leakage pressure on the swine lung was significantly higher in the glue with 0.375%, 0.75%, and 1.1% of atelocollagen than in the glue without atelocollagen (p < 0.05 and p < 0.01), and it was the highest with 0.75%. The elasticity of the glue significantly increased as the concentration of atelocollagen increased (p < 0.001). However, the adhesion strength of the glue significantly decreased as the concentration of atelocollagen increased (p < 0.05 to p < 0.001). CONCLUSIONS: The mixing of atelocollagen with fibrin glue more effectively sealed pulmonary air leakage due to an increased elasticity of the glue while its adhesion strength decreased. The optimal concentration of atelocollagen in the fibrin glue to obtain the best sealing effect was 0.75%.     

Application of fibrin glue sealant after hepatectomy does not seem justified: results of a randomized study in 300 patients

OBJECTIVE: To evaluate the efficacy, amount of hemorrhage, biliary leakage, complications, and postoperative evolution after fibrin glue sealant application in patients undergoing liver resection. SUMMARY BACKGROUND DATA: Fibrin sealants have become popular as a means of improving perioperative hemostasis and reducing biliary leakage after liver surgery. However, trials regarding its use in liver surgery remain limited and of poor methodologic quality. PATIENTS AND METHODS: A total of 300 patients undergoing hepatic resection were randomly assigned to fibrin glue application or control groups. Characteristics and debit of drainage and postoperative complications were evaluated. The amount of blood loss, measurements of hematologic parameters liver test, and postoperative evolution (particularly involving biliary fistula and morbidity) was also recorded. RESULTS: Postoperatively, no differences were observed in the amount of transfusion (0.15 +/- 0.66 vs. 0.17 +/- 0.63 PRCU; P = 0.7234) or in the patients that required transfusion (18% vs. 12%; P = 0.2), respectively, for the fibrin glue or control group. There were no differences in overall drainage volumes (1180 +/- 2528 vs. 960 +/- 1253 mL) or in days of postoperative drainage (7.9 +/- 5 vs. 7.1 +/- 4.7). Incidence of biliary fistula was similar in the fibrin glue and control groups, (10% vs. 11%). There were no differences regarding postoperative morbidity between groups (23% vs. 23%; P = 1). CONCLUSIONS: Application of fibrin sealant in the raw surface of the liver does not seem justified. Blood loss, transfusion, incidence of biliary fistula, and outcome are comparable to patients without fibrin glue. Therefore, discontinuation of routine use of fibrin sealant would result in significant cost saving.     

Fibrin glue in pulmonary resection: a prospective,randomized, blinded study

BACKGROUND: In contrast to the rare large-airway bronchopleural fistulas after lung resection, peripheral or alveolar air leaks (AAL) are very common, often prolong hospital stay, increase utilization of resources, and on occasion result in significant morbidity. Various adjuncts have been used in attempts to reduce AAL. One of these, the topical application of fibrin glue, has to date failed to demonstrate efficacy in small clinical trials. This study reexamines the role of fibrin glue in routine lobar and wedge pulmonary resections. METHODS: Of 113 patients enrolled, 13 became ineligible because of intraoperative findings. The remaining 100 patients were randomly assigned to one of two groups at the conclusion of lung resection, regardless of the presence or absence of identifiable air leak. The control group received no additional intervention. The experimental group underwent application of 5 mL of fibrin glue delivered by a pressurized, aerosolized spraying mechanism. Postoperatively a blinded clinical observer recorded outcomes including the incidence and duration of AAL, prolonged AAL (PAAL), the volume of pleural drainage, the time to tube removal, and the postoperative length of stay (LOS), as well as any complications related to treatment. RESULTS: Both groups were comparable with regard to demographics, diagnoses, and procedures. Statistically significant reductions were found in the experimental group in the overall incidence of AAL (34% versus 68%, p = 0.001), mean duration of AAL (1.1 versus 3.1 days, p = 0.005), mean time to chest tube removal (3.5 versus 5.0 days, p = 0.02), and the incidence of PAAL (2% versus 16%, p = 0.015). There was no significant difference in the volume of chest tube drainage or LOS (4.6 days glue and 4.9 days control, p = 0.318). There were no complications related to the use of fibrin glue. CONCLUSIONS: Aerosolized fibrin glue appears to be safe and effective in reducing AAL. The overall incidence of AAL was reduced by 50% and PAAL occurred in only 1 treated patient (2% versus the usually reported 15%). Further studies with this and other methods are required to delineate routine versus selective use, to compare methods, and clarify cost benefit.     

Lymph node metastases in a pedicled pericardial fat pad flap

Routine use of pedicled thymus or pericardial fat pad flap for prophylactic bronchial stump coverage in neoadjuvant treated non-small cell lung cancer (NSCLC) is challenged by the observation of synchronous lymph node metastases to the flap. As a consequence, we suggest local muscle flaps, and histological examination of the pericardial fat pad.     

Successful treatment of subarachnoid-pleural fistula using pericardial fat pad and fibrin glue after chest wall resection for lung cancer

A 46-year-old male underwent a right adrenalectomy and a left upper lobectomy with an en-block resection of the involved chest wall. The proximal rib resections (third and fourth ribs) were performed at the costvertebral joints. Hemorrhage occurred from near the 3rd intervertebral foramen. The bleeding site was packed with oxycellulose to control the bleeding. Two hours after the operation, the patient complained of paraplegia due to spinal cord compression caused by swollen oxycellulose. An emergency operation was performed. The oxycellulose was carefully removed from the intervertebral foramen. Cerebrospinal fluid was exudated from the spinal canal, however, suggesting an iatrogenic subarachnoid-pleural fistula (ISPF). Autologous fat fragments individually combined with fibrin glue, was packed gently into the intervertebral foramen. The orifice of the foramen was then covered with a pericardial fat pad. The postoperative course was uneventful. This new technique is a direct and effective treatment for an ISPF.     

Autologous fibrin glue--preparation and clinical use in thoracic surgery.

Autologous fibrin glue was used in 20 patients undergoing lung resection to reduce pulmonary air leaks and improve hemostasis. The fibrinogen in the glue was prepared by ethanol precipitation of plasma separated from 88 ml of the patient's blood. The mean volume of fibrinogen concentrate +/- SD was 4.9 +/- 0.5 ml with a fibrinogen concentration of 28 +/- 5 mg/ml. The yield obtained by the separation was 81% +/- 9%. One part of fibrinogen concentrate was converted to solid fibrin by means of 0.3 parts of thrombin solution. The outcome was 6.4 ml of two-component fibrin glue. The preparation was performed in a closed system to ensure sterility, and was completed within 90 min. Pulmonary air leak decreased following sealing of the resection lines with autologous fibrin glue and the hemostasis was effective. No adverse effects were observed, and all cultures from the glue were negative. Autologous fibrin glue has the obvious advantages of safety from transmission of viral diseases and from immunological reactions. In summary, we report a new technique for preparing autologous fibrin glue with a high concentration of fibrinogen making it a safe and effective sealant of pulmonary air leak and hemostatic agent in thoracic surgery.     

Fibrin-coated collagen fleece in thoracic surgery. Initial clinical experience

After resecting procedures to the parenchyma of the lung the resection site was sealed with a collagen vleece combined with fibrin glue in 26 patients. No patient exhibited rebleeding. An air leak was present up to the first postoperative day in 19 patients, up to the third postoperative day in 5 patients. In two patients, duration of air leak extended beyond the third postoperative day, this was defined as therapeutic failure. The use of collagen vleece combined with fibrin glue represents a valuable contribution in thoracic surgery.     

Combined subsegmentectomy: postoperative pulmonary function compared to multiple segmental resection

Background  

To prevent postoperative air leakage after lung segmentectomy, we used two methods for the intersegmental plane: closing it by suturing the pleural edge (pleural closure), or opening it with coverage using polyglycolic acid mesh and fibrin glue (mesh-cover). The preserved forced expiratory volume in one second (FEV₁) of each lobe and the postoperative air leakage were compared between the two groups.