OBJECTIVE: To report the successful use of terlipressin in an 8-day-old infant for treatment of intractable hypotension caused by septic shock. DESIGN: Descriptive case report. SETTING: An 18-bed pediatric intensive care unit at a tertiary care children's hospital. PATIENT: An 8-day-old child with intractable hypotension due to septic shock after heart surgery. INTERVENTIONS: General supportive intensive care including mechanical ventilatory support, volume replacement, and inotropic support with dopamine 20 microg.kg(-1).min(-1), milrinone 0.75 microg.kg(-1).min(-1), and epinephrine 0.8 microg.kg(-1).min(-1). MEASUREMENTS AND MAIN RESULTS: Terlipressin (7 microg/kg per dose twice daily) was added as rescue therapy because of profound intractable hypotension. Shortly after the beginning of treatment, blood pressure and perfusion dramatically improved. CONCLUSIONS: There is circumstantial evidence that the administration of terlipressin caused the increase in blood pressure. We suggest that terlipressin should be considered as rescue therapy when high-dose catecholamine therapy does not result in sufficient perfusion pressure. Further investigation is needed to prove terlipressin's effectiveness and safety in infants and children.
OBJECTIVE: To report the successful use of terlipressin in an 8-day-old infant for treatment of intractable hypotension caused by septic shock. DESIGN: Descriptive case report. SETTING: An 18-bed pediatric intensive care unit at a tertiary care children's hospital. PATIENT: An 8-day-old child with intractable hypotension due to septic shock after heart surgery. INTERVENTIONS: General supportive intensive care including mechanical ventilatory support, volume replacement, and inotropic support with dopamine 20 microg.kg(-1).min(-1), milrinone 0.75 microg.kg(-1).min(-1), and epinephrine 0.8 microg.kg(-1).min(-1). MEASUREMENTS AND MAIN RESULTS: Terlipressin (7 microg/kg per dose twice daily) was added as rescue therapy because of profound intractable hypotension. Shortly after the beginning of treatment, blood pressure and perfusion dramatically improved. CONCLUSIONS: There is circumstantial evidence that the administration of terlipressin caused the increase in blood pressure. We suggest that terlipressin should be considered as rescue therapy when high-dose catecholamine therapy does not result in sufficient perfusion pressure. Further investigation is needed to prove terlipressin's effectiveness and safety in infants and children.
Authors: Douglas C Cheung; Richdeep S Gill; Jiang-Qin Liu; Namdar Manouchehri; Consolato Sergi; David Bigam; Po-Yin Cheung; Bryan J Dicken Journal: Intensive Care Med Date: 2011-11-29 Impact factor: 17.440
Authors: Joe Brierley; Joseph A Carcillo; Karen Choong; Tim Cornell; Allan Decaen; Andreas Deymann; Allan Doctor; Alan Davis; John Duff; Marc-Andre Dugas; Alan Duncan; Barry Evans; Jonathan Feldman; Kathryn Felmet; Gene Fisher; Lorry Frankel; Howard Jeffries; Bruce Greenwald; Juan Gutierrez; Mark Hall; Yong Y Han; James Hanson; Jan Hazelzet; Lynn Hernan; Jane Kiff; Niranjan Kissoon; Alexander Kon; Jose Irazuzta; Jose Irazusta; John Lin; Angie Lorts; Michelle Mariscalco; Renuka Mehta; Simon Nadel; Trung Nguyen; Carol Nicholson; Mark Peters; Regina Okhuysen-Cawley; Tom Poulton; Monica Relves; Agustin Rodriguez; Ranna Rozenfeld; Eduardo Schnitzler; Tom Shanley; Saraswati Kache; Sara Skache; Peter Skippen; Adalberto Torres; Bettina von Dessauer; Jacki Weingarten; Timothy Yeh; Arno Zaritsky; Bonnie Stojadinovic; Jerry Zimmerman; Aaron Zuckerberg Journal: Crit Care Med Date: 2009-02 Impact factor: 7.598