(SVR). Often in those cases, hypotension is resistant to pressor catecholamines. We report six cases of orepinephrine-resistant postcardiotomy hypotension, treated by terlipressin (TP), a potent vasopressor agent. Between May 2007 and May 2008, we treated six patients with TP administration (1 mg bolus) for post CPB refractory vasodilatory hypotension. Analyzed parameters were: mean arterial pressure (m-AP), SVR, cardiac output index (CI), mean pulmonary pressure (m-PP), and lactate, at baseline (before TP bolus) and 3 h after injection. Before TP bolus, the average m-AP was 53.32"8.86 mmHg, the CI was 3.45"0.24 lyminym2 , the SVR was 650"62.03 dyne*sycm5 and the arterial lactate level was 4.6"0.95 mmolyl. Three hours after the TP bolus, the m-AP increased to 81.83"9.71 mmHg (Ps0.002), the CI decreased to 2.88"0.14 lyminym2 (Ps0.002), the SVR increased to 1154"116 dyne*sycm5 (Ps0.002), and arterial lactates decreased to 3.13"0.78 mmolyl (Ps0.015), without significant modification of m-PP and CVP. We treated postoperative refractory low SVR hypotension by TP administration in bolus. Exogenous administration of TP normalized SVR and increased the systemic arterial pressure with a minimum effect on pulmonary pressure. Subsequently, the effect on systemic blood pressure enhanced urine output. No major collateral effects were observed. The administration of TP in bolus may result as a useful alternative for treating refractory low SVR hypotension post CPB.
A retrospective analysis of terlipressin in bolus for the management of refractory vasoplegic hypotension after cardiac surgery
Noto A;LENTINI, SALVATORE;DAVID, Antonio
2009-01-01
Abstract
(SVR). Often in those cases, hypotension is resistant to pressor catecholamines. We report six cases of orepinephrine-resistant postcardiotomy hypotension, treated by terlipressin (TP), a potent vasopressor agent. Between May 2007 and May 2008, we treated six patients with TP administration (1 mg bolus) for post CPB refractory vasodilatory hypotension. Analyzed parameters were: mean arterial pressure (m-AP), SVR, cardiac output index (CI), mean pulmonary pressure (m-PP), and lactate, at baseline (before TP bolus) and 3 h after injection. Before TP bolus, the average m-AP was 53.32"8.86 mmHg, the CI was 3.45"0.24 lyminym2 , the SVR was 650"62.03 dyne*sycm5 and the arterial lactate level was 4.6"0.95 mmolyl. Three hours after the TP bolus, the m-AP increased to 81.83"9.71 mmHg (Ps0.002), the CI decreased to 2.88"0.14 lyminym2 (Ps0.002), the SVR increased to 1154"116 dyne*sycm5 (Ps0.002), and arterial lactates decreased to 3.13"0.78 mmolyl (Ps0.015), without significant modification of m-PP and CVP. We treated postoperative refractory low SVR hypotension by TP administration in bolus. Exogenous administration of TP normalized SVR and increased the systemic arterial pressure with a minimum effect on pulmonary pressure. Subsequently, the effect on systemic blood pressure enhanced urine output. No major collateral effects were observed. The administration of TP in bolus may result as a useful alternative for treating refractory low SVR hypotension post CPB.Pubblicazioni consigliate
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