Learning fibreoptic skills in ear, nose and throat clinics

Burke, L. P. ; Osborn, N. A. ; Smith, J. E. ; Reid, A. P.

Oxford, UK : Blackwell Publishing Ltd
Published 1996
ISSN:
1365-2044
Source:
Blackwell Publishing Journal Backfiles 1879-2005
Topics:
Medicine
Notes:
We have compared the progress of anaesthetists taught fibreoptic techniques on awake patients in ear, nose and throat clinics with that of anaesthetists taught by traditional methods. Twelve anaesthetists participated in the study and were randomly allocated to the ear, nose and throat group or to the traditional training group. Each individual in the ear, nose and throat group attended the outpatient clinic and performed ten nasendoscopies on awake patients, whose upper airway had been anaesthetised with cocaine, under the supervision of an ear, nose and throat surgeon. Each individual in the traditional group performed ten nasendoscopies on anaesthetised oral surgery inpatients under the supervision of an anaesthetist. To assess the effectiveness of the two training methods, each anaesthetist in each group then attempted ten fibreoptic nasotracheal intubations on anaesthetised oral surgery patients. There was no significant difference between either the success rates or mean successful tracheoscopy times between the two groups. Nasendoscopy training in the ear, nose and throat clinic appears to be a good way of learning fibreoptic skills, which can then be readily applied to fibreoptic tracheal intubation in anaesthetic practice.
Type of Medium:
Electronic Resource
URL:
_version_ 1798290168278417409
autor Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
autorsonst Reid, A. P.
book_url http://dx.doi.org/10.1111/j.1365-2044.1996.tb07661.x
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identnr NLZ239134613
insertion_date 2012-04-17
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journal_name Anaesthesia
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notes We have compared the progress of anaesthetists taught fibreoptic techniques on awake patients in ear, nose and throat clinics with that of anaesthetists taught by traditional methods. Twelve anaesthetists participated in the study and were randomly allocated to the ear, nose and throat group or to the traditional training group. Each individual in the ear, nose and throat group attended the outpatient clinic and performed ten nasendoscopies on awake patients, whose upper airway had been anaesthetised with cocaine, under the supervision of an ear, nose and throat surgeon. Each individual in the traditional group performed ten nasendoscopies on anaesthetised oral surgery inpatients under the supervision of an anaesthetist. To assess the effectiveness of the two training methods, each anaesthetist in each group then attempted ten fibreoptic nasotracheal intubations on anaesthetised oral surgery patients. There was no significant difference between either the success rates or mean successful tracheoscopy times between the two groups. Nasendoscopy training in the ear, nose and throat clinic appears to be a good way of learning fibreoptic skills, which can then be readily applied to fibreoptic tracheal intubation in anaesthetic practice.
package_name Blackwell Publishing
publikationsjahr_anzeige 1996
publikationsjahr_facette 1996
publikationsjahr_intervall 8004:1995-1999
publikationsjahr_sort 1996
publikationsort Oxford, UK
publisher Blackwell Publishing Ltd
reference 51 (1996), S. 0
search_space articles
shingle_author_1 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
shingle_author_2 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
shingle_author_3 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
shingle_author_4 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
shingle_catch_all_1 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
Learning fibreoptic skills in ear, nose and throat clinics
Blackwell Publishing Ltd
We have compared the progress of anaesthetists taught fibreoptic techniques on awake patients in ear, nose and throat clinics with that of anaesthetists taught by traditional methods. Twelve anaesthetists participated in the study and were randomly allocated to the ear, nose and throat group or to the traditional training group. Each individual in the ear, nose and throat group attended the outpatient clinic and performed ten nasendoscopies on awake patients, whose upper airway had been anaesthetised with cocaine, under the supervision of an ear, nose and throat surgeon. Each individual in the traditional group performed ten nasendoscopies on anaesthetised oral surgery inpatients under the supervision of an anaesthetist. To assess the effectiveness of the two training methods, each anaesthetist in each group then attempted ten fibreoptic nasotracheal intubations on anaesthetised oral surgery patients. There was no significant difference between either the success rates or mean successful tracheoscopy times between the two groups. Nasendoscopy training in the ear, nose and throat clinic appears to be a good way of learning fibreoptic skills, which can then be readily applied to fibreoptic tracheal intubation in anaesthetic practice.
1365-2044
13652044
shingle_catch_all_2 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
Learning fibreoptic skills in ear, nose and throat clinics
Blackwell Publishing Ltd
We have compared the progress of anaesthetists taught fibreoptic techniques on awake patients in ear, nose and throat clinics with that of anaesthetists taught by traditional methods. Twelve anaesthetists participated in the study and were randomly allocated to the ear, nose and throat group or to the traditional training group. Each individual in the ear, nose and throat group attended the outpatient clinic and performed ten nasendoscopies on awake patients, whose upper airway had been anaesthetised with cocaine, under the supervision of an ear, nose and throat surgeon. Each individual in the traditional group performed ten nasendoscopies on anaesthetised oral surgery inpatients under the supervision of an anaesthetist. To assess the effectiveness of the two training methods, each anaesthetist in each group then attempted ten fibreoptic nasotracheal intubations on anaesthetised oral surgery patients. There was no significant difference between either the success rates or mean successful tracheoscopy times between the two groups. Nasendoscopy training in the ear, nose and throat clinic appears to be a good way of learning fibreoptic skills, which can then be readily applied to fibreoptic tracheal intubation in anaesthetic practice.
1365-2044
13652044
shingle_catch_all_3 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
Learning fibreoptic skills in ear, nose and throat clinics
Blackwell Publishing Ltd
We have compared the progress of anaesthetists taught fibreoptic techniques on awake patients in ear, nose and throat clinics with that of anaesthetists taught by traditional methods. Twelve anaesthetists participated in the study and were randomly allocated to the ear, nose and throat group or to the traditional training group. Each individual in the ear, nose and throat group attended the outpatient clinic and performed ten nasendoscopies on awake patients, whose upper airway had been anaesthetised with cocaine, under the supervision of an ear, nose and throat surgeon. Each individual in the traditional group performed ten nasendoscopies on anaesthetised oral surgery inpatients under the supervision of an anaesthetist. To assess the effectiveness of the two training methods, each anaesthetist in each group then attempted ten fibreoptic nasotracheal intubations on anaesthetised oral surgery patients. There was no significant difference between either the success rates or mean successful tracheoscopy times between the two groups. Nasendoscopy training in the ear, nose and throat clinic appears to be a good way of learning fibreoptic skills, which can then be readily applied to fibreoptic tracheal intubation in anaesthetic practice.
1365-2044
13652044
shingle_catch_all_4 Burke, L. P.
Osborn, N. A.
Smith, J. E.
Reid, A. P.
Learning fibreoptic skills in ear, nose and throat clinics
Blackwell Publishing Ltd
We have compared the progress of anaesthetists taught fibreoptic techniques on awake patients in ear, nose and throat clinics with that of anaesthetists taught by traditional methods. Twelve anaesthetists participated in the study and were randomly allocated to the ear, nose and throat group or to the traditional training group. Each individual in the ear, nose and throat group attended the outpatient clinic and performed ten nasendoscopies on awake patients, whose upper airway had been anaesthetised with cocaine, under the supervision of an ear, nose and throat surgeon. Each individual in the traditional group performed ten nasendoscopies on anaesthetised oral surgery inpatients under the supervision of an anaesthetist. To assess the effectiveness of the two training methods, each anaesthetist in each group then attempted ten fibreoptic nasotracheal intubations on anaesthetised oral surgery patients. There was no significant difference between either the success rates or mean successful tracheoscopy times between the two groups. Nasendoscopy training in the ear, nose and throat clinic appears to be a good way of learning fibreoptic skills, which can then be readily applied to fibreoptic tracheal intubation in anaesthetic practice.
1365-2044
13652044
shingle_title_1 Learning fibreoptic skills in ear, nose and throat clinics
shingle_title_2 Learning fibreoptic skills in ear, nose and throat clinics
shingle_title_3 Learning fibreoptic skills in ear, nose and throat clinics
shingle_title_4 Learning fibreoptic skills in ear, nose and throat clinics
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timestamp 2024-05-06T08:12:26.851Z
titel Learning fibreoptic skills in ear, nose and throat clinics
titel_suche Learning fibreoptic skills in ear, nose and throat clinics
topic WW-YZ
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