2017
DOI: 10.4187/respcare.05470
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Clinical Criteria for Tracheostomy Decannulation in Subjects with Acquired Brain Injury

Abstract: These results suggest that the best clinical prediction rule for decannulation in acquired brain injury subjects is a combination of the following assessments: (1) tracheostomy tube capping, (2) endoscopic assessment of patency of airways, (3) swallowing instrumental assessment, and (4) blue dye test.

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Cited by 53 publications
(58 citation statements)
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“…In addition, they evaluated other parameters such as voluntary cough, cough reflex, tracheal suction numbers, oxygen saturation, and the level of consciousness. 69,70 A systematic review evaluated predictors of successful decannulation and proposed a predictive score, the results of which are similar to the studies mentioned above. They divided the parameters into two groups: quantitative objectives and semiquantitative parameters.…”
Section: Decannulation Protocolmentioning
confidence: 82%
See 1 more Smart Citation
“…In addition, they evaluated other parameters such as voluntary cough, cough reflex, tracheal suction numbers, oxygen saturation, and the level of consciousness. 69,70 A systematic review evaluated predictors of successful decannulation and proposed a predictive score, the results of which are similar to the studies mentioned above. They divided the parameters into two groups: quantitative objectives and semiquantitative parameters.…”
Section: Decannulation Protocolmentioning
confidence: 82%
“…Enrichi et al, in a population of 74 patients with acquired brain injury, found that the criteria that showed the highest values of sensitivity and specificity for the prediction of successful decannulation were plugging the tracheostomy tube (80-100%), endoscopic airway patency evaluation (100-30%), swallowing assessment (85-96%), and blue dye test (65-85%). 69,70 All these criteria that were combined into a single clinical parameter had greater sensitivity (100%) than specificity (82%). In addition, they evaluated other parameters such as voluntary cough, cough reflex, tracheal suction numbers, oxygen saturation, and the level of consciousness.…”
Section: Decannulation Protocolmentioning
confidence: 99%
“…, Speed and Harding ) there are no studies that specifically relate to the tracheostomy management of patients in PDOC although recent evidence suggests that level of consciousness may not be a factor that predicts the ability to wean (Enrichi et al . , Perin et al . ).…”
Section: Introductionmentioning
confidence: 99%
“…1,2,3 Sabe-se que a permanência prolongada do tubo orotraqueal é fator causador de complicações anatomofisiológicas laringotraqueais e potencial gerador de sequelas graves em via aérea. 4 As alterações laríngeas agudas são diagnósticas em até 94% dos pacientes, desde um processo inflamatório traqueal à estenose complexa. O mecanismo fisiopatológico conhecido dá-se secundário a isquemia promovida a membrana traqueal pelas altas pressões do cuff.…”
Section: Introductionunclassified
“…2,7,8 A cânula de traqueostomia, no entanto, apresenta-se como corpo estranho e pode causar complicações tais como broncorreia excessiva ou tosse; alteração do mecanismo fisiológico de proteção contra a broncoaspiração; diminuição da eficácia da tosse ; infecção; sangramento; dificuldade de vocalização, o que, além de provocar alterações laríngeas como hipotonia, contribui para o isolamento social do paciente. 4,9,10 Em pacientes que utilizam cânula de traqueostomia, a alteração do processo fisiológico impedindo que o ar não passe pela cavidade nasofaríngea entrando diretamente a árvore traqueobrônquica prejudica todo sistema de umidificação do ar. Secundário ao déficit de umidificação, o epitélio traqueal é envolvido em um progressivo processo inflamatório resultando em metaplasia escamosa e, consequentemente, comprometimento da função ciliar aumentando o risco de infecção respiratória.…”
Section: Introductionunclassified