Introduction: Post-intubation tracheal stenosis (STPI) is a complication of ventilatory assistance by intubation and/or tracheotomy. Her frequency is estimated between 10% to 20%. The treatment of choice remains surge...Introduction: Post-intubation tracheal stenosis (STPI) is a complication of ventilatory assistance by intubation and/or tracheotomy. Her frequency is estimated between 10% to 20%. The treatment of choice remains surgery. It is based on tracheal resection-anastomosis which guarantees satisfactory and reliable long-term results. Objectives: To determine the frequency of post-intubation tracheal stenosis, to specify the diagnostic and therapeutic methods, to determine the complications and the evolution. Material and methods: This was a study carried out in the ENT and head and neck surgery department of the University Hospital Center Gabriel TOURE. Our study focused on two (02) cases of post-intubation tracheal stenosis (STPI) collected during a period of 1 year (January 2021 to December 2021). Results: They are all acquired, secondary to an intubation. The two (02) cases benefited from a tracheal anastomosis resection, the indications of which were specified and the results and complications evaluated. Conclusion: Our results show that resection anastomosis remains the reference treatment for STPI.展开更多
Narrowing of the airway caused by different diseases is a serious condition manifesting varying signs and symptoms. Immediate attention and treatment must be performed as this is a life-threatening condition. In the p...Narrowing of the airway caused by different diseases is a serious condition manifesting varying signs and symptoms. Immediate attention and treatment must be performed as this is a life-threatening condition. In the past decade, there has been massive advancement on the management of airway stenosis. Some of these are stent placement, tracheal reconstruction and tumor debulking. This article focuses on 5 different cases with distinct strategies in conducting treatment and management of airway stenosis.展开更多
A 38 year-old man was admitted because of half a year of recurrent bouts of eough and shortness of breath and 20 days of hemoptysis. He had been apparently healthy until the illness. In the recent 6 months, the dyspne...A 38 year-old man was admitted because of half a year of recurrent bouts of eough and shortness of breath and 20 days of hemoptysis. He had been apparently healthy until the illness. In the recent 6 months, the dyspnea and fatigue gradually onset and became more severe, the hemoptysis being 100-200 mL per day. Spells of chest pain are associated with coughing. Despite accepting antibiotic and antispasmodic therapy in a hospital, there was no obvious improvement and he was transferred to our hospital. Physical examination on admission: He was in acute distress and anemic face With P 110/min., R 30/min., T36. 8oC and Bp 100/60 mmHg. There were Wheezes, medium and fine展开更多
Objective To evaluate results of one stage repair of congenital tracheal stenosis associated with complex congenital heart disease in infants. Methods Two infants with congenital stenosis associated with Tetralogy of ...Objective To evaluate results of one stage repair of congenital tracheal stenosis associated with complex congenital heart disease in infants. Methods Two infants with congenital stenosis associated with Tetralogy of Fallot were operated on at the age of 1. 5 and 3 years respectively. In the younger child, the 1. 2 cm long of tracheal stenosis was excised and anastomosed. The other case with 3 cm in length of stenosis at the mid-segment of trachea was excised and repaired with a patch. Results The postoperative progress was uneventful. The patients were followed-up for 6 months to 1 year without any complications. Conclusion One stage repair of congenital tracheal stenosis associated with complex congenital heart disease in infants has got satisfactory results. With cardiopulmonary bypass, the operation can be carried out safely. 6 refs,2 figs.展开更多
Two case reports of emergent anesthesia of critical tracheal stenosis are presented. The use of extracorporeal circu-lation may be a lifesaving method for these patients. Two patients both with severe lower tracheal s...Two case reports of emergent anesthesia of critical tracheal stenosis are presented. The use of extracorporeal circu-lation may be a lifesaving method for these patients. Two patients both with severe lower tracheal stenosis were admitted with severe inspiratory dyspnea. The first patient had a tracheal tube inserted above the stenosis in the operating room, but ventilation was unsatisfactory, high airway pressure and severe hypercarbia developed, therefore extracorporeal circulation was immediately initiated. For the second patient, we established femoral-femoral cardiopulmonary bypass prior to induction of anaesthesia, and intubated above the tracheal tumor orally under general anesthesia, then adjusted the endotracheal tube to appropriate depth after the tumor had been resected. The patient was gradually weaned from cardiopulmonary bypass. The two patients all recovered very well after surgery. Surgery is lifesaving for patients with critical tracheal stenosis, but how to ensure effective gas exchange is crucial to the anesthetic management. Extracorporeal circulation by the femoral artery and femoral vein cannulation can gain good gas exchange even if the trachea is totally obstructed. Therefore, before the induction of anesthesia, we should assess the site and degree of obstruction carefully and set up cardiopulmonary bypass to avoid exposing the patient to unexpected risks and the anesthesiologist to unexpected challenges.展开更多
To apply a new airway treatment to humans, preclinical studies in an appropriate animalmodel is needed. Canine, porcine and leporine tracheas have been employed as animal airwaystenosis models using various methods su...To apply a new airway treatment to humans, preclinical studies in an appropriate animalmodel is needed. Canine, porcine and leporine tracheas have been employed as animal airwaystenosis models using various methods such as chemical caustic agents, laser, and electrocautery.However, existing models take a long time to develop (3- 8 weeks) and the mechanism of stenosisis different from that in humans. The aim of the present study was to establish a new and fasttracheal stenosis model in pigs using a combination of cuff overpressure intubation (COI) andelectrocautery. Fourteen pigs were divided into three groups: tracheal cautery (TC) group (n=3),COI group (n=3), and COI-TC combination group (n=8). Cuff overpressure (200/400/500 mmHg)was applied using a 9-mm endotracheal tube. Tracheal cautery (40/60 watts) was performed usinga rigid bronchoscopic electrocoagulator. After intervention, the pigs were observed for 3 weeks andbronchoscopy was performed every 7 days. When the cross-sectional area decreased by > 50%, itwas confirmed that tracheal stenosis was established. The time for tracheal stenosis was 14 days inthe TC group and 7 days in the COI-TC combination group. In the COI group, no stenosis occurred.In the COI-TC group, electrocautery (40 watts) immediately after intubation for>1 h with a cufpressure of 200 mmHg or more resulted in suficient tracheal stenosis within 7 days. Moreover, thedegree of tracheal stenosis increased in proportion to the cuff pressure and tracheal intubation time.The combined use of cuf overpressure and electrocautery helped to establish tracheal stenosis inpigs rapidly.展开更多
Dyspnea from tracheal stenosis due to compression by a tumor is an emergency that complicates therapy in oncology.We report a case of advanced esophageal cancer in a 56-year-old male who developed severe dyspnea due t...Dyspnea from tracheal stenosis due to compression by a tumor is an emergency that complicates therapy in oncology.We report a case of advanced esophageal cancer in a 56-year-old male who developed severe dyspnea due to airway compression by mediastinal lymph node enlargement.We used epinephrine by subcutaneous injection and aerosol inhalation to temporarily relieve dyspnea while the patient received bevacizumab and chemotherapy.The dyspnea had subsided considerably after 5 days,and the mediastinal lymph nodes were significantly reduced after 2 cycles of chemotherapy.However,the patient died of massive tracheal hemorrhage 2 months later.展开更多
Benign laryngotracheal stenosis (LTS) is a debilitating and potentially life-threatening condition that is commonly caused by iatrogenic events as a result of endotracheal intubation or tracheostomy. Numerous cases ar...Benign laryngotracheal stenosis (LTS) is a debilitating and potentially life-threatening condition that is commonly caused by iatrogenic events as a result of endotracheal intubation or tracheostomy. Numerous cases are being published for patients with coronavirus disease 2019 (COVID-19) who end up with severe LTS after prolonged intubation or tracheostomy. Here, we presented two cases of LTS due to prolonged intubation after severe COVID-19 pneumonia. The characteristic of these two cases is that both of them needed second time intubation and were readmitted because of severe dyspnoea and all the workup for post-COVID-19 complications were investigated except the LTS which was later diagnosed after one month of suffering of these patients.展开更多
Introduction: For tracheal stenosis, tracheal resection and anastomosis is widely considered the treatment of choice. However, this surgical approach is not feasible when the glottis and subglottis are involved or in ...Introduction: For tracheal stenosis, tracheal resection and anastomosis is widely considered the treatment of choice. However, this surgical approach is not feasible when the glottis and subglottis are involved or in patients with a poor general condition and tracheal stents are a plausible means of providing a permanent or temporary airway opening. Objectives: Evaluate the features and the results of patients with Montgomery T-tube in tracheal stenosis. Methods: Fifteen patients with Myer-Cotton grades 2-3 circular cicatricial tracheal stenosis who received a Montgomery T-tube between 2002-2011 were analyzed in terms of age, gender, etiology, duration of intubation, location and size of the stenotic segment on computed tomography(CT), follow-up time with the T-tube, the complications that occurred after T-tube removed and additional tracheal surgery. Conclusion: A T-tube can be applied in tracheal stenosis at the first treatment before attempting surgery. The patients should be closely followed-up due to the possibility of re-stenosis and other complications.展开更多
Tracheal stenosis is a serious, life-threatening disease with increasing incidence. Among these stenoses, the number of complicated tracheal lesions, where a resection and anastomosis is not successful or not applicab...Tracheal stenosis is a serious, life-threatening disease with increasing incidence. Among these stenoses, the number of complicated tracheal lesions, where a resection and anastomosis is not successful or not applicable, is also increasing significantly. These acute situations often need to be managed by a combined surgical technique. The present paper is dedicated to this topic;the management of combined surgical and endoscopic technique in case of complicated long tracheal stenosis.展开更多
Ventilation strategies in patients with severe tracheal stenosis should be tailored to the patient according to the underlying cause and narrowing location.This report is on a case of a 68-year-old male patient,who wa...Ventilation strategies in patients with severe tracheal stenosis should be tailored to the patient according to the underlying cause and narrowing location.This report is on a case of a 68-year-old male patient,who was admitted for radiotherapy because of esophageal cancer and then developed severe stenosis at the cervical trachea.We used venovenous extracorporeal membrane oxygenation to secure the airway and ensure adequate oxygenation.Then urgent endoscopic balloon dilation of airway stenosis was successfully performed under general anesthesia.This case shows that venovenous extracorporeal membrane oxygenation can be used in endoscopic tracheal procedures for patients with severe benign stenosis in the upper-trachea who are unable to tolerate conventional ventilation.展开更多
Background: The main function of the endotracheal tube (ETT) cuff is to ensure a tight seal between the tracheal wall and the endotracheal tube to prevent stomach contents from entering the trachea during ventilation ...Background: The main function of the endotracheal tube (ETT) cuff is to ensure a tight seal between the tracheal wall and the endotracheal tube to prevent stomach contents from entering the trachea during ventilation thus preventing aspiration. Whereas excessive inflation of the cuff is associated with complications as a result of impaired blood supply to the trachea mucosa, low inflation pressure puts the patient at risk of aspiration. This study sought to find the accuracy of correctly estimating the cuff pressure and whether experience has effect on the accuracy. Methods: After approval from the Ethics Committee, we observed 199 patients who had general anaesthesia and had been intubated at the Komfo Anokye Teaching Hospital,KumasiGhana. Anaesthesia practitioners were blinded to the study. The endotracheal cuff pressure was measured using a low pressure manometer. The experience of the Anaesthetist was also noted. Results: Only 26% of the cuff pressures measured were within the acceptable range of 20-30 cm H2O. 4.5% of the pressures measured were below the acceptable minimum value of20 cm H2O hence exposing the patient to the risk of aspiration. 68% of the cuff pressures measured were above the maximum pressure of30 cm H2O. Physician anaesthetists were likely to inflate the cuff correctly. They had average inflation pressures of24 cm H2O with minimum and maximum inflation pressures of15 cm H2O and32 cm H2O respectively. Resident physician anaesthetists inflate the endotracheal pressures moderately high, an average of41.64 cm H2O. Nurse anaesthetists and student nurse anaesthetists had a tendency to overinflate the endotracheal cuff above the recommended range of 20-30 cm H2O. Their mean inflating pressures were 64.7 and 68.54 respectively. Conclusion: ETT cuff pressures measured by the low pressure aneroid manometer in patients undergoing general anaesthesia in Komfo Anokye Teaching Hospital are routinely high and are significantly higher when inflated by nurse anaesthetists, student nurse anaesthetists and Anaesthesia residents.展开更多
Tracheal stenosis or tracheal injury is a distressing condition. The silicone tracheal T-tube presents a substitute for stent of this complicated disease. We have come across a case of tracheal perforation in which tr...Tracheal stenosis or tracheal injury is a distressing condition. The silicone tracheal T-tube presents a substitute for stent of this complicated disease. We have come across a case of tracheal perforation in which tracheoplasty was planned. After traceoplasty silicone tracheal T-tube was placed as a stent. We were not able to connect silicone tracheal T-tube with Bain circuit with ET TUBE No. 8.5, 8, 7.5, 7 connector and it was difficult to ventilate the patient now. We have tried other ET TUBE connector and finally we succeeded to connect ET TUBE No. 5.5 connector with Bain circuit and we were able to ventilate the patient.展开更多
Airway management during tracheal surgery is always challenging for the anaesthesia team. Cardiopulmonary bypass (CPB) is generally not required during tracheal surgery on the cervical trachea. However, for tracheal s...Airway management during tracheal surgery is always challenging for the anaesthesia team. Cardiopulmonary bypass (CPB) is generally not required during tracheal surgery on the cervical trachea. However, for tracheal surgeries CPB may be advantageous and give the surgeon more freedom to work. We report three cases of post-intubation tracheal stenosis successfully managed with tracheal resection and reconstruction performed under cardiopulmonary bypass.展开更多
Background：A limitation of bronchoscopic balloon dilatation （BBD） is that airflow must be completely blocked for as long as possible during the operation.However,the patient often cannot hold his or her breath for ...Background：A limitation of bronchoscopic balloon dilatation （BBD） is that airflow must be completely blocked for as long as possible during the operation.However,the patient often cannot hold his or her breath for a long period affecting the efficacy of the procedure.In this study,we used an extra-small-diameter tube to provide assisted ventilation to patients undergoing BBD and assessed the efficacy and safety of this technique.Methods：Bronchoscopic balloon dilatation was performed in 26 patients with benign tracheal stenosis using an extra-small-diameter tube.The tracheal diameter,dyspnea index,blood gas analysis results,and complications were evaluated before and after BBD.Statistical analyses were performed by SPSS version 16.0 for Windows （SPSS,Inc.,Chicago,IL,USA）.Results：Sixty-three BBD procedures were performed in 26 patients.Dyspnea immediately improved in all patients after BBD.The tracheal diameter significantly increased from 5.5 ± 1.5 mm to 13.0 ± 1.3 mm （P 〈 0.001）,and the dyspnea index significantly decreased from 3.4 ± 0.8 to 0.5 ± 0.6 （P 〈 0.001）.There was no significant change in the partial pressure of oxygen during the operation （before,102.5 ± 27.5 mmHg;during,96.9 ± 30.4 mmHg;and after,97.2 ± 21.5 mmHg;P =0.364）,but there was slight temporary retention of carbon dioxide during the operation （before,43.5 ± 4.2 mmHg;during,49.4 ± 6.8 mmHg;and after,40.1 ± 3.9 mmHg;P 〈 0.001）.Conclusion：Small-diameter tube-assisted BBD is an effective and safe method for the management of benign tracheal stenosis.展开更多
文摘Introduction: Post-intubation tracheal stenosis (STPI) is a complication of ventilatory assistance by intubation and/or tracheotomy. Her frequency is estimated between 10% to 20%. The treatment of choice remains surgery. It is based on tracheal resection-anastomosis which guarantees satisfactory and reliable long-term results. Objectives: To determine the frequency of post-intubation tracheal stenosis, to specify the diagnostic and therapeutic methods, to determine the complications and the evolution. Material and methods: This was a study carried out in the ENT and head and neck surgery department of the University Hospital Center Gabriel TOURE. Our study focused on two (02) cases of post-intubation tracheal stenosis (STPI) collected during a period of 1 year (January 2021 to December 2021). Results: They are all acquired, secondary to an intubation. The two (02) cases benefited from a tracheal anastomosis resection, the indications of which were specified and the results and complications evaluated. Conclusion: Our results show that resection anastomosis remains the reference treatment for STPI.
文摘Narrowing of the airway caused by different diseases is a serious condition manifesting varying signs and symptoms. Immediate attention and treatment must be performed as this is a life-threatening condition. In the past decade, there has been massive advancement on the management of airway stenosis. Some of these are stent placement, tracheal reconstruction and tumor debulking. This article focuses on 5 different cases with distinct strategies in conducting treatment and management of airway stenosis.
文摘A 38 year-old man was admitted because of half a year of recurrent bouts of eough and shortness of breath and 20 days of hemoptysis. He had been apparently healthy until the illness. In the recent 6 months, the dyspnea and fatigue gradually onset and became more severe, the hemoptysis being 100-200 mL per day. Spells of chest pain are associated with coughing. Despite accepting antibiotic and antispasmodic therapy in a hospital, there was no obvious improvement and he was transferred to our hospital. Physical examination on admission: He was in acute distress and anemic face With P 110/min., R 30/min., T36. 8oC and Bp 100/60 mmHg. There were Wheezes, medium and fine
文摘Objective To evaluate results of one stage repair of congenital tracheal stenosis associated with complex congenital heart disease in infants. Methods Two infants with congenital stenosis associated with Tetralogy of Fallot were operated on at the age of 1. 5 and 3 years respectively. In the younger child, the 1. 2 cm long of tracheal stenosis was excised and anastomosed. The other case with 3 cm in length of stenosis at the mid-segment of trachea was excised and repaired with a patch. Results The postoperative progress was uneventful. The patients were followed-up for 6 months to 1 year without any complications. Conclusion One stage repair of congenital tracheal stenosis associated with complex congenital heart disease in infants has got satisfactory results. With cardiopulmonary bypass, the operation can be carried out safely. 6 refs,2 figs.
文摘Two case reports of emergent anesthesia of critical tracheal stenosis are presented. The use of extracorporeal circu-lation may be a lifesaving method for these patients. Two patients both with severe lower tracheal stenosis were admitted with severe inspiratory dyspnea. The first patient had a tracheal tube inserted above the stenosis in the operating room, but ventilation was unsatisfactory, high airway pressure and severe hypercarbia developed, therefore extracorporeal circulation was immediately initiated. For the second patient, we established femoral-femoral cardiopulmonary bypass prior to induction of anaesthesia, and intubated above the tracheal tumor orally under general anesthesia, then adjusted the endotracheal tube to appropriate depth after the tumor had been resected. The patient was gradually weaned from cardiopulmonary bypass. The two patients all recovered very well after surgery. Surgery is lifesaving for patients with critical tracheal stenosis, but how to ensure effective gas exchange is crucial to the anesthetic management. Extracorporeal circulation by the femoral artery and femoral vein cannulation can gain good gas exchange even if the trachea is totally obstructed. Therefore, before the induction of anesthesia, we should assess the site and degree of obstruction carefully and set up cardiopulmonary bypass to avoid exposing the patient to unexpected risks and the anesthesiologist to unexpected challenges.
基金funded by the National Research Foundationof Korea (No. NRF-2017R1C1B5076493).
文摘To apply a new airway treatment to humans, preclinical studies in an appropriate animalmodel is needed. Canine, porcine and leporine tracheas have been employed as animal airwaystenosis models using various methods such as chemical caustic agents, laser, and electrocautery.However, existing models take a long time to develop (3- 8 weeks) and the mechanism of stenosisis different from that in humans. The aim of the present study was to establish a new and fasttracheal stenosis model in pigs using a combination of cuff overpressure intubation (COI) andelectrocautery. Fourteen pigs were divided into three groups: tracheal cautery (TC) group (n=3),COI group (n=3), and COI-TC combination group (n=8). Cuff overpressure (200/400/500 mmHg)was applied using a 9-mm endotracheal tube. Tracheal cautery (40/60 watts) was performed usinga rigid bronchoscopic electrocoagulator. After intervention, the pigs were observed for 3 weeks andbronchoscopy was performed every 7 days. When the cross-sectional area decreased by > 50%, itwas confirmed that tracheal stenosis was established. The time for tracheal stenosis was 14 days inthe TC group and 7 days in the COI-TC combination group. In the COI group, no stenosis occurred.In the COI-TC group, electrocautery (40 watts) immediately after intubation for>1 h with a cufpressure of 200 mmHg or more resulted in suficient tracheal stenosis within 7 days. Moreover, thedegree of tracheal stenosis increased in proportion to the cuff pressure and tracheal intubation time.The combined use of cuf overpressure and electrocautery helped to establish tracheal stenosis inpigs rapidly.
文摘Dyspnea from tracheal stenosis due to compression by a tumor is an emergency that complicates therapy in oncology.We report a case of advanced esophageal cancer in a 56-year-old male who developed severe dyspnea due to airway compression by mediastinal lymph node enlargement.We used epinephrine by subcutaneous injection and aerosol inhalation to temporarily relieve dyspnea while the patient received bevacizumab and chemotherapy.The dyspnea had subsided considerably after 5 days,and the mediastinal lymph nodes were significantly reduced after 2 cycles of chemotherapy.However,the patient died of massive tracheal hemorrhage 2 months later.
文摘Benign laryngotracheal stenosis (LTS) is a debilitating and potentially life-threatening condition that is commonly caused by iatrogenic events as a result of endotracheal intubation or tracheostomy. Numerous cases are being published for patients with coronavirus disease 2019 (COVID-19) who end up with severe LTS after prolonged intubation or tracheostomy. Here, we presented two cases of LTS due to prolonged intubation after severe COVID-19 pneumonia. The characteristic of these two cases is that both of them needed second time intubation and were readmitted because of severe dyspnoea and all the workup for post-COVID-19 complications were investigated except the LTS which was later diagnosed after one month of suffering of these patients.
文摘Introduction: For tracheal stenosis, tracheal resection and anastomosis is widely considered the treatment of choice. However, this surgical approach is not feasible when the glottis and subglottis are involved or in patients with a poor general condition and tracheal stents are a plausible means of providing a permanent or temporary airway opening. Objectives: Evaluate the features and the results of patients with Montgomery T-tube in tracheal stenosis. Methods: Fifteen patients with Myer-Cotton grades 2-3 circular cicatricial tracheal stenosis who received a Montgomery T-tube between 2002-2011 were analyzed in terms of age, gender, etiology, duration of intubation, location and size of the stenotic segment on computed tomography(CT), follow-up time with the T-tube, the complications that occurred after T-tube removed and additional tracheal surgery. Conclusion: A T-tube can be applied in tracheal stenosis at the first treatment before attempting surgery. The patients should be closely followed-up due to the possibility of re-stenosis and other complications.
文摘Tracheal stenosis is a serious, life-threatening disease with increasing incidence. Among these stenoses, the number of complicated tracheal lesions, where a resection and anastomosis is not successful or not applicable, is also increasing significantly. These acute situations often need to be managed by a combined surgical technique. The present paper is dedicated to this topic;the management of combined surgical and endoscopic technique in case of complicated long tracheal stenosis.
基金the Science Technology Department of Zhejiang Province(LGF19H010010)the Health and Family Planning Commission of Zhejiang Province(2020KY156).
文摘Ventilation strategies in patients with severe tracheal stenosis should be tailored to the patient according to the underlying cause and narrowing location.This report is on a case of a 68-year-old male patient,who was admitted for radiotherapy because of esophageal cancer and then developed severe stenosis at the cervical trachea.We used venovenous extracorporeal membrane oxygenation to secure the airway and ensure adequate oxygenation.Then urgent endoscopic balloon dilation of airway stenosis was successfully performed under general anesthesia.This case shows that venovenous extracorporeal membrane oxygenation can be used in endoscopic tracheal procedures for patients with severe benign stenosis in the upper-trachea who are unable to tolerate conventional ventilation.
文摘Background: The main function of the endotracheal tube (ETT) cuff is to ensure a tight seal between the tracheal wall and the endotracheal tube to prevent stomach contents from entering the trachea during ventilation thus preventing aspiration. Whereas excessive inflation of the cuff is associated with complications as a result of impaired blood supply to the trachea mucosa, low inflation pressure puts the patient at risk of aspiration. This study sought to find the accuracy of correctly estimating the cuff pressure and whether experience has effect on the accuracy. Methods: After approval from the Ethics Committee, we observed 199 patients who had general anaesthesia and had been intubated at the Komfo Anokye Teaching Hospital,KumasiGhana. Anaesthesia practitioners were blinded to the study. The endotracheal cuff pressure was measured using a low pressure manometer. The experience of the Anaesthetist was also noted. Results: Only 26% of the cuff pressures measured were within the acceptable range of 20-30 cm H2O. 4.5% of the pressures measured were below the acceptable minimum value of20 cm H2O hence exposing the patient to the risk of aspiration. 68% of the cuff pressures measured were above the maximum pressure of30 cm H2O. Physician anaesthetists were likely to inflate the cuff correctly. They had average inflation pressures of24 cm H2O with minimum and maximum inflation pressures of15 cm H2O and32 cm H2O respectively. Resident physician anaesthetists inflate the endotracheal pressures moderately high, an average of41.64 cm H2O. Nurse anaesthetists and student nurse anaesthetists had a tendency to overinflate the endotracheal cuff above the recommended range of 20-30 cm H2O. Their mean inflating pressures were 64.7 and 68.54 respectively. Conclusion: ETT cuff pressures measured by the low pressure aneroid manometer in patients undergoing general anaesthesia in Komfo Anokye Teaching Hospital are routinely high and are significantly higher when inflated by nurse anaesthetists, student nurse anaesthetists and Anaesthesia residents.
文摘Tracheal stenosis or tracheal injury is a distressing condition. The silicone tracheal T-tube presents a substitute for stent of this complicated disease. We have come across a case of tracheal perforation in which tracheoplasty was planned. After traceoplasty silicone tracheal T-tube was placed as a stent. We were not able to connect silicone tracheal T-tube with Bain circuit with ET TUBE No. 8.5, 8, 7.5, 7 connector and it was difficult to ventilate the patient now. We have tried other ET TUBE connector and finally we succeeded to connect ET TUBE No. 5.5 connector with Bain circuit and we were able to ventilate the patient.
文摘Airway management during tracheal surgery is always challenging for the anaesthesia team. Cardiopulmonary bypass (CPB) is generally not required during tracheal surgery on the cervical trachea. However, for tracheal surgeries CPB may be advantageous and give the surgeon more freedom to work. We report three cases of post-intubation tracheal stenosis successfully managed with tracheal resection and reconstruction performed under cardiopulmonary bypass.
文摘Background：A limitation of bronchoscopic balloon dilatation （BBD） is that airflow must be completely blocked for as long as possible during the operation.However,the patient often cannot hold his or her breath for a long period affecting the efficacy of the procedure.In this study,we used an extra-small-diameter tube to provide assisted ventilation to patients undergoing BBD and assessed the efficacy and safety of this technique.Methods：Bronchoscopic balloon dilatation was performed in 26 patients with benign tracheal stenosis using an extra-small-diameter tube.The tracheal diameter,dyspnea index,blood gas analysis results,and complications were evaluated before and after BBD.Statistical analyses were performed by SPSS version 16.0 for Windows （SPSS,Inc.,Chicago,IL,USA）.Results：Sixty-three BBD procedures were performed in 26 patients.Dyspnea immediately improved in all patients after BBD.The tracheal diameter significantly increased from 5.5 ± 1.5 mm to 13.0 ± 1.3 mm （P 〈 0.001）,and the dyspnea index significantly decreased from 3.4 ± 0.8 to 0.5 ± 0.6 （P 〈 0.001）.There was no significant change in the partial pressure of oxygen during the operation （before,102.5 ± 27.5 mmHg;during,96.9 ± 30.4 mmHg;and after,97.2 ± 21.5 mmHg;P =0.364）,but there was slight temporary retention of carbon dioxide during the operation （before,43.5 ± 4.2 mmHg;during,49.4 ± 6.8 mmHg;and after,40.1 ± 3.9 mmHg;P 〈 0.001）.Conclusion：Small-diameter tube-assisted BBD is an effective and safe method for the management of benign tracheal stenosis.
