BACKGROUND: The airway can become obstructed as a result of compression by an elongated aortic arch. OBJECTIVE: In this study we evaluated tracheal compression using multidetector-row CT in patients with congenital heart disease and an elongated aortic arch. MATERIALS AND METHODS: The trachea was measured at the level of the aortic arch in 205 children and young adults and then the severity of tracheal compression was determined by measuring the tracheal diameter ratio (short axis diameter/long axis diameter). Patients were divided as follows: group I (normal aortic arch; n=166), group II (transversely running aortic arch; n=22), and group III (elongated aortic arch; n=17). From the viewpoint of the relationship of the great arteries, group II had D-malposition, and group III had L-malposition. RESULTS: Age, height, weight and body surface area were significantly correlated with the short and long axis diameter in group I. There was a negative correlation between tracheal diameter ratio and the physical size parameters. The tracheal diameter ratio in group III was 0.50+/-0.13, which was significantly lower than in groups I and II (P<0.01 and 0.05, respectively). CONCLUSION: Even apparently asymptomatic patients with an elongated aortic arch can have tracheal compression. An elongated aortic arch may be a useful predictor of tracheal compression.
BACKGROUND: The airway can become obstructed as a result of compression by an elongated aortic arch. OBJECTIVE: In this study we evaluated tracheal compression using multidetector-row CT in patients with congenital heart disease and an elongated aortic arch. MATERIALS AND METHODS: The trachea was measured at the level of the aortic arch in 205 children and young adults and then the severity of tracheal compression was determined by measuring the tracheal diameter ratio (short axis diameter/long axis diameter). Patients were divided as follows: group I (normal aortic arch; n=166), group II (transversely running aortic arch; n=22), and group III (elongated aortic arch; n=17). From the viewpoint of the relationship of the great arteries, group II had D-malposition, and group III had L-malposition. RESULTS: Age, height, weight and body surface area were significantly correlated with the short and long axis diameter in group I. There was a negative correlation between tracheal diameter ratio and the physical size parameters. The tracheal diameter ratio in group III was 0.50+/-0.13, which was significantly lower than in groups I and II (P<0.01 and 0.05, respectively). CONCLUSION: Even apparently asymptomatic patients with an elongated aortic arch can have tracheal compression. An elongated aortic arch may be a useful predictor of tracheal compression.
Authors: C Sebening; H Jakob; U Tochtermann; R Lange; C F Vahl; P Bodegom; G Szabo; F Fleischer; K Schmidt; E Zilow; W Springer; H E Ulmer; S Hagl Journal: Thorac Cardiovasc Surg Date: 2000-06 Impact factor: 1.827
Authors: M C Robotin; J Bruniaux; A Serraf; M S Uva; R Roussin; F Lacour-Gayet; C Planché Journal: J Thorac Cardiovasc Surg Date: 1996-08 Impact factor: 5.209
Authors: Yang Min Kim; Shi-Joon Yoo; Woong Han Kim; Tae Hoon Kim; Joon Hee Joh; Soo Jin Kim Journal: Ann Thorac Surg Date: 2002-03 Impact factor: 4.330