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At least 577 records · Page 32Linked to original sources
PubMed2007

[Experience with laryngotracheal reconstruction in subglottic stenosis in a 30 years time period].

BACKGROUND: Severe subglottic stenosis is a difficult condition to manage. It can be treated by laryngotracheal reconstruction or cricotracheal resection. PATIENTS AND METHODS: In this retrospective study the experiences for treatment of isolated subglottic stenosis in 37 patients (age: 3-78 years; stenosis grading: 20 x grade II, 13 x grade III, and 4 x grade IV) by laryngotracheal reconstruction in a 30-years experience are presented. RESULTS: In 33 out of 37 patients (89.2 %) a sufficient subglottic patency (postoperative endoscopic finding: stenosis less than 30 %) was achieved by laryngotracheal reconstruction. However, 5 patients of this series had required revision of laryngotracheal recontruction and in 22 patients endoscopic removal of granulation tissue had been performed. Sufficient widening of the subglottic space had been possible in all grade II stenosis (20/20), in 11 out of 13 patients with grade III stenosis, and in 3 out of 4 patients with grade IV stenosis. In one child an accidental decannulation occurred and due to asphyxia an apallic syndrome developed. CONCLUSIONS: Even through laryngotracheal reconstruction is a demanding surgical technique requiring great experience it is an effective option for treatment of subglottic stenosis less than 90 %. For severe subglottic stenosis (> 90 %) treatment by laryngotracheal reconstruction is possible and should be considered if mobilisation of the trachea by scar tissue is suited to be worse or to extended cricotracheal stenosis is present, both being not good candidates for cricotracheal resection.

Adolescent↗
PubMed1985

Current reconstructive management of subglottic stenosis of the larynx with reference to sixty consecutively treated cases.

Sixty patients with subglottic stenosis of acquired and nonneoplastic origin were surgically managed by multiple open procedures. Follow-up ranged from 1 to 10 years. Fifty-seven patients had stable and excellent or good results, 2 of them after further surgery, 1 patient had to live with a retained tracheostomy indefinitely and the remaining 2 patients died. While the whole spectrum of surgical modalities employed in this series may not be recommended with total conviction, the authors express their satisfaction with single resection and end-to-end anastomosis which yields invariably good and rapidly obtainable results (22 cases with complete success). Nevertheless, laryngeal enlargement seems to be essential in the case of upper glottic lesions (19 operations provided 19 successes) while primary resection with moulding plasties may be applicable to complex and extended stenoses (19 operations: 16 successful results and 3 failures). With regard to the choice of operation, the authors emphasize the importance of careful preoperative assessment of the lesions which should assure adequate selection of therapeutic methods according to the degree of associated involvement of the trachea, glottis or supraglottic area. Conservative measures including dilatation, electro-coagulation and laser-beam surgery are considered as palliative only, however, they may be useful either in the course of the patient's preparation or in order to achieve more successful postoperative results.

Adolescent↗
PubMed1996

[Three-dimensional surface imaging of the larynx and trachea by spiral CT: virtual endoscopy].

A survey presents the technical conditions and facilities of the computed tomographic virtual endoscopy. The inner surface of the upper airway was reconstructed from the data set of a helical CT. The anatomical structures were visualized in over 80 patients. 15 patients with a suspected tracheal stenosis were additional investigated. The virtual endoscopy allowed an identification of the anatomical structures. Pathological endoluminal findings, as stenosis, were investigated successfully. The virtual endoscopy combines the advantages of helical CT and the imaging of the endoluminal surface. Compared with the endoscopic examination the non-invasive technique offers additional indications, especially in high-risk patients or non-passable Stenosis.

Adult↗
PubMed1993

Acquired tracheoesophageal fistula in a premature infant.

A fatality from an acquired tracheoesophageal fistula (TEF) in a very low birthweight premature infant is presented. Neonatal tracheal and esophageal injuries related to endotracheal (ET) intubation are discussed. The infant had important risk factors for the development of subglottic stenosis: birthweight less than 1000 gm, prolonged positive pressure ventilation, and repeated ET intubation. The pathologic examination was consistent with acquired fistula formation resulting from a combination of preexisting subglottic stenosis and prolonged and repeated ET intubation. The recognition of clinical signs of an acquired TEF, as observed in our patient, followed by expeditious diagnostic testing may be lifesaving.

Female↗
PubMed1995

[Unexpectedly difficult intubation: fiberoptic endotracheal intubation with the laryngeal mask].

A 67-year old patient, scheduled for elective transvesical resection of the prostate gland, presented intubation problems. Fibreoptic assessment of the larynx revealed secretions as well as a swollen laryngeal mucosa; endotracheal intubation guided by the fibreoptic bronchoscope was not possible. After multiple attempts to intubate the trachea a laryngeal mask airway was inserted. Endotracheal intubation was completed by guidance of the fibreoptic bronchoscope via the laryngeal mask airway. After surgery the patient was transferred to an ICU and ventilated for one day. Fibreoptically controlled extubation was uneventful. Management of the unexpectedly difficult intubation is a challenge for every anaesthetist. The laryngeal mask airway, a relatively new device for airway protection, has proved to be beneficial in planned as well as in unexpectedly difficult endotracheal intubation. However, although the laryngeal mask airway may solve ventilation problems initially, prelaryngeal alterations present a contraindication for perioperative ventilation via the laryngeal mask airway. The fibreoptic intubation through the laryngeal mask airway is an important technique to consider in the "cannot intubate" situation.

Aged↗
PubMed1994

[Anesthesia in acute respiratory tract obstructions caused by high degree laryngeal and tracheobronchial stenoses].

UNLABELLED: Stenotic process of the laryngeal and/or tracheobronchial system may lead to dyspnoea which can become life threatening. OBJECTIVE: The object of our study was to determine whether sufficient gas exchange can be ensured in patients with a massive stenosis of the respiratory tract applying the Superimposed High-Frequency-Jet-Ventilation (SHFJV) via the jet laryngoscope. Further, it was to be determined whether SHFJV can be applied for insertion of endoluminal stents into the tracheo-bronchial system. METHOD: SHFJV was applied using the Bronchotron-ventilator (capable of generating simultaneous low frequency and high frequency jets) and the laryngoscope, basically a modified endoscopy tube permitting simultaneous application of two jet modes. SHFJV was performed in 14 patients (including 4 children) suffering from massive laryngeal stenosis and in further 12 patients with stenosis of the tracheo-bronchial system. In all patients total intravenous anaesthesia was performed. RESULTS: In the patients with laryngeal stenosis the average paO2 was 117.5 +/- 43 mmHg, and the mean paCO2 47.3 +/- 11.6 mmHg. In the patients with stenosis of the tracheo-bronchial system the mean paO2 was 125 +/- 77 mmHg and the average paCO2 53.3 +/- 18 mmHg. CONCLUSIONS: The SHFJV technique presents the possibility to ventilate the patients continuously for surgical procedures even with massive stenosis of the respiratory tract. The application of SHFJV via the jet laryngoscope not only enables the anaesthesist to ventilate this group of patients but also helps the surgeon and therefore results in more safety for the patient.

Adult↗
PubMed1998

[Congenital subglottic laryngeal stenosis in 2 brothers with chondrodysplasia syndrome (Keutel-Gabriel syndrome)].

BACKGROUND: Keutel-Gabriel syndrome (chondrodysplasia) is a rare autosomal recessive disease. The patients have characteristic malformations such as midfacial hypoplasia, brachytelephalangia, and hearing loss as leading symptoms. PATIENTS: We report about two brothers with clinical and radiological features of Keutel-Gabriel syndrome. Congenital subglottic laryngeal stenosis was also present in both. In the younger brother an emergency tracheotomy had to be performed. In a staged procedure the stenosis was successfully treated with laryngotracheoplasty according to Cotton. CONCLUSIONS: This is the first description of a congenital subglottic laryngeal stenosis with Keutel-Gabriel syndrome. To avoid long-term tracheotomy, a tracheoplasty with autologous cartilage should be performed.

Adolescent↗
PubMed1998

[Long-term results after modified Réthi-plasty in childhood].

BACKGROUND: Laminotomy as described by Réthi has proved useful in the treatment of laryngotracheal stenoses. Using this technique in children poses the question as to whether it interferes with the growth of the larynx and trachea. The aim of our study was to verify the influence of this operative procedure on the structure and function of the restored airway. PATIENTS: Fifteen children between the ages of 2 and 16 with severe laryngotracheal stenoses (Cotton Grade III and IV) underwent reconstruction with interposition of a piece of costal cartilage in the posterior cricoid plate. Indications for this procedure included the presence of severe circumferential subglottic stenosis in combination with stenosis of the posterior glottis (8 children) and complete atresia (4 children). RESULTS: In endoscopic follow-up examinations (2-12 years follow-up), complete epithelization with light stenosis in the subglottis was demonstrated in all cases. Airway ventilation tests showed a slight or moderate central obstruction in nearly all cases. No disturbance of growth of the larynx was noted. CONCLUSIONS: This technique is a safe and successful method for repairing severe subglottic stenoses in children. Although there are some structural and functional problems during the long term follow-up, this is not considered a significant disadvantage.

Adolescent↗
PubMed1994

[Surgical treatment of pediatric laryngeal stenosis in the area of the ring cartilage].

In the past 15 years, infants and children with laryngeal stenosis have also been successfully treated with laryngotracheoplasty. From 1991 to 1993 we performed a surgical treatment in 20 pediatric patients with subglottic stenosis. The anterior cricoid split procedure should always be considered in children who cannot be extubated before undergoing tracheotomy, especially because in case of failure there are no disadvantages for any further operative measurements. By modifying the technique described by Cotton and Seid (1980), we performed an endoscopically controlled anterior cricoid split in 5 children via an endolaryngeal approach. 4 of these patients were extubated within 10 days after using a nasotracheal tube for splinting the cricoid level. In 14 patients with a tracheostoma we used a modification of Réthi's division of the posterior lamina of the cricoid by the placement of a autogenous costal cartilage graft. A 6-week-period of stenting is required for sufficient healing and stability of the reconstructed airway.

Child↗
PubMed1994

[Ventilation in laryngeal laser-surgical interventions using superimposed high frequency jet ventilation (SHFJV)--a further revision of jet ventilation technique for laryngeal interventions].

In laser surgery of the larynx the surgeon and the anaesthesist have to compete for the limited space available. The surgeon requiring good visibility and an undisturbed operating area whereas the anesthetist has to ensure sufficient ventilation of the patient. Further, complications of anaesthesia and laser must be avoided. These requirements are met by using the jet-tube (jet-laryngoscope) with two integrated nozzles applying simultaneously low- and high-frequency jet-ventilation giving the surgeon total access to the area operated on, and at the same time enables safe ventilation of the patient. Of 334 operations with the tubeless ventilation technique 76 cases were laser surgical interventions. In 6 patients stenoses were enlarged. The average duration of the jet-ventilation was 25 +/- 10 minutes. The maximum duration of a laser surgical intervention was 140 minutes. The age distribution of the patients was 18 months to 82 years. In all patients pulmonary gas exchange was satisfactory. We believe that the advantage of the tubeless jet-ventilation is: optimal visibility and surgical freedom for the surgeon, no time limitation, even in very severe stenoses. Since no volatile anaesthetics or any type of endotracheal tube are applied there is no danger of interaction with the laser when using the SHFJV via the jet-laryngoscope. Application of the tubeless jet-ventilation technique is however limited if patients suffer from severe pulmonary obstruction; likewise highly obese patients and patients in whom massive bleeding occurs are not amenable to tubeless jet-ventilation.

Adult↗
PubMed1994

[Tubeless superimposed high frequency jet ventilation in high grade laryngeal stenoses].

UNLABELLED: Massive stenosis of the larynx may present a potentially life-threatening situation for the patient, requiring immediate measures to ensure a patient's airway. The aim of this prospective study was to evaluate potential benefits of Superimposed High Frequency Jet Ventilation (SHFJV) in patients requiring microlaryngeal surgery due to massive stenosis of the larynx. PATIENTS AND METHODS: 23 patients (age range 1.5 to 90 years) with laryngeal stenosis grade 2 and 3 according to the Cotton scale were ventilated using SHFJV. The duration of the SHFJV was 12 to 116 minutes. SHFJV was performed using a Bronchotron Respirator via a jet-laryngoscope. RESULTS: Arterial blood gases demonstrated paO2 between 71 and 295 mmHg and paCO2 of 28 to 81 mmHg. The mean FiO2 applied was 61.75 +/- 19.26. The airway pressure was measured at the tip of the jet-laryngoscope and was between 6 and 15 mmHg, and PEEP was 1 to 5 mmHg. In 13 patients a CO2 laser was utilised during surgery. DISCUSSION: In all patients SHFJV was performed without problems. Since the ventilation is delivered above any possible stenosis the danger of barotrauma is minimised. The surgeon obtains optimal visibility of the larynx and is not obstructed in the surgical procedure. SHFJV enables both the surgeon and the anesthetist to perform their respective duties and therefore increases the safety of the patient in the management of such a difficult problem as massive stenosis of the larynx.

Adolescent↗