Die klinische Lungentransplantation und ihre spezielle Problematik

Nasseri, M.; Beger, H. G.; Eiselé, R.; Federmann, H.; F, Kaspar; Keilbach, H; D, Kintzonidis; Klein, Hugh; Kölbel, R.; Kötter, D.; Krüger, Björn; Stockmann, U.; Witte, Ch.; Bücherl, E. S.

doi:10.1007/bf02453873

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1979

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“…The technique of reimplan tation was already subject of several reports and will not be reported here again [Bucherl et al, Eisele et a!., 13; Nasseri, 25],…”

Section: Methodsmentioning

confidence: 99%

Neural Supply of the Autotransplanted Lung with Special Reference to Respiratory Control After Bilateral Pulmonary Reimplantation

Nasseri¹,

Eiselé²,

Städtler³

et al. 1970

Eur Surg Res

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“…The technique of reimplan tation was already subject of several reports and will not be reported here again [Bucherl et al, Eisele et a!., 13; Nasseri, 25],…”

Section: Methodsmentioning

confidence: 99%

Neural Supply of the Autotransplanted Lung with Special Reference to Respiratory Control After Bilateral Pulmonary Reimplantation

Nasseri¹,

Eiselé²,

Städtler³

et al. 1970

Eur Surg Res

Self Cite

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Allotransplantation of the lung in dogs with experimental lung damage

et al. 1979

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In 8 dogs, bilateral pulmonary emphysema was induced by intratracheal instillations of papain, and in 6 dogs, unilateral emphysema was induced by bronchoscopic instillation of papain in the right main bronchus. Development of emphysema was documented by weekly pulmonary function studies. Lung compliance and functional residual capacity were increased, and airway resistance was increased in forced ventilation. When emphysema was established, unilateral allotransplantation of the lung was performed. Postoperative studies of lung function showed no serious ventilation-perfusion imbalance. Ventilatory function and oxygen consumption of the graft were at least equal to the animal's own damaged lung. Respiratory insufficiency and death were always accompanied by rejection or severe infection. It is concluded that postoperative respiratory failure was not due to difference of airway and vascular resistance between the damaged lung and the graft.

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