TY - JOUR
T1 - Vasopressor use after noncardiac surgery
T2 - an international observational study
AU - Writing committee for the Squeeze investigators
AU - Jammer, Ib
AU - Martin, Peter
AU - Wunsch, Hannah
AU - Debouche, Sophie
AU - Harlet, Pierre
AU - Moonesinghe, Ramani
AU - Forni, Lui
AU - Creagh-Brown, Ben
AU - Abodun, Meriem
AU - Bouaoud, Souad
AU - Bouchenak, Kamel
AU - Saada, Hind
AU - Naili, Amine
AU - Chitnis, Shruti
AU - Bartmanska, Marlena
AU - Choo, Lip Yong
AU - Lim, Jolene
AU - Meirau, Estelle
AU - Powell, Rhys
AU - Remedios, Erica
AU - Sadullah, Jam
AU - Shivarev, Alex
AU - Shrivathsa, Archana
AU - Woodburn, Marissa
AU - Hughes, Andrew
AU - King-Koi, Benjamin
AU - Mall, Anil
AU - Vithanage, Tharindu
AU - Ramalingam, Baraniselvan
AU - James Bannerman, Malcolm Ronald
AU - Shiner, Clare Margaret
AU - Tsang, Trylon Matthew
AU - Highton, David
AU - Ayotte, Steven
AU - Kearney, Allison
AU - Thornely, Edward
AU - Van Haeringen, Susanna
AU - Moody, Amos
AU - Kim, Daniel
AU - Rose, Claire
AU - Ugool, Mahmoud
AU - Zore, Will
AU - Toner, Andrew
AU - Anagnostides, Patricia
AU - Jamieson, Jodie
AU - Leeson, Hilary
AU - March, Susan
AU - Ovung, Ronithung
AU - Parini, Alessandra
AU - Kavlak, Serap Adana
N1 - Publisher Copyright:
© 2025 The Author(s)
PY - 2025/12
Y1 - 2025/12
N2 - Background: Hypotension after major noncardiac surgery is associated with increased morbidity, mortality, and costs, and is often treated with postoperative vasopressor infusions. The frequency of administration in the postoperative period is unknown. Methods: This international prospective cohort study was conducted between October 2020 and October 2023. At each hospital, adults undergoing noncardiac surgery were enrolled into two cohorts: all consecutive patients for 1 week (Cohort A) and an additional sample of up to 30 consecutive patients administered postoperative vasopressor infusions within 1 yr (Cohort B). The primary outcome (Cohort A) was the incidence of postoperative vasopressor infusions, defined as any continuous infusion of vasopressors. Secondary outcomes included in-hospital mortality, organ dysfunction, length of hospital stay, and complications associated with postoperative vasopressor infusions (both cohorts). Results: In total, 25 675 participants were enrolled from 228 hospitals across 42 countries. In Cohort A, 770/19 768 (3.9%) participants received postoperative vasopressor infusions, with vasopressor use ranging between 0% and 18% across hospitals (median odds ratio: 2.30 [credible interval 1.96–2.73]). This variability did not alter after adjustment for case-mix and procedural characteristics. For both cohorts, postoperative vasopressor infusions were associated with higher (15.5%) in-hospital mortality, higher rates of organ failure, and longer hospital stay. Conclusions: Administration of postoperative vasopressors after noncardiac surgery varied across hospitals and was associated with worse outcomes. Variable practice across hospitals could not be explained by differences in case-mix. Clinical trial registration: https://clinicaltrials.gov/study/NCT03805230, ESAIC tracking ID: ESAIC_CTN_SQUEEZE.
AB - Background: Hypotension after major noncardiac surgery is associated with increased morbidity, mortality, and costs, and is often treated with postoperative vasopressor infusions. The frequency of administration in the postoperative period is unknown. Methods: This international prospective cohort study was conducted between October 2020 and October 2023. At each hospital, adults undergoing noncardiac surgery were enrolled into two cohorts: all consecutive patients for 1 week (Cohort A) and an additional sample of up to 30 consecutive patients administered postoperative vasopressor infusions within 1 yr (Cohort B). The primary outcome (Cohort A) was the incidence of postoperative vasopressor infusions, defined as any continuous infusion of vasopressors. Secondary outcomes included in-hospital mortality, organ dysfunction, length of hospital stay, and complications associated with postoperative vasopressor infusions (both cohorts). Results: In total, 25 675 participants were enrolled from 228 hospitals across 42 countries. In Cohort A, 770/19 768 (3.9%) participants received postoperative vasopressor infusions, with vasopressor use ranging between 0% and 18% across hospitals (median odds ratio: 2.30 [credible interval 1.96–2.73]). This variability did not alter after adjustment for case-mix and procedural characteristics. For both cohorts, postoperative vasopressor infusions were associated with higher (15.5%) in-hospital mortality, higher rates of organ failure, and longer hospital stay. Conclusions: Administration of postoperative vasopressors after noncardiac surgery varied across hospitals and was associated with worse outcomes. Variable practice across hospitals could not be explained by differences in case-mix. Clinical trial registration: https://clinicaltrials.gov/study/NCT03805230, ESAIC tracking ID: ESAIC_CTN_SQUEEZE.
KW - haemodynamic
KW - noradrenaline
KW - perioperative medicine
KW - postoperative hypotension
KW - vasoconstrictors
KW - vasoplegia
KW - vasopressors
UR - https://www.scopus.com/pages/publications/105013142752
U2 - 10.1016/j.bja.2025.07.034
DO - 10.1016/j.bja.2025.07.034
M3 - Article
C2 - 40796492
AN - SCOPUS:105013142752
SN - 0007-0912
VL - 135
SP - 1609
EP - 1617
JO - British Journal of Anaesthesia
JF - British Journal of Anaesthesia
IS - 6
ER -