Copyright
©The Author(s) 2016.
World J Transplant. Jun 24, 2016; 6(2): 291-305
Published online Jun 24, 2016. doi: 10.5500/wjt.v6.i2.291
Published online Jun 24, 2016. doi: 10.5500/wjt.v6.i2.291
Ref. | No. of patients | Population | Data methodology | Outcomes | Final model prediction variables | Performance of model |
Motschman et al[63] | 83 | OLT | Retrospective univariate and multivariate | RBC transfusion requirement | History of previous GI bleed, Previous RUQ surgery | |
Deakin et al[64] | 300 | OLT | Retrospective univariate and stepwise multivariate | ≥ 7 units RBC | Urea levels and platelet count | Specificity 62% |
Sensitivity 68% | ||||||
Findlay et al[65] | 583 | OLT | Retrospective univariate and multiple linear regression analysis | RBC transfusion requirement | Age, creatinine and bilirubin | R = 0.22 |
Steib et al[66] | 410 | OLT | Retrospective univarite and stepwise multivariate analysis | High blood loss ≥ 12 units RBC | Preoperative Hb, previous abdominal surgery, preoperative FDP | Sensitivity 18% Specificity 98% |
Pirat et al[67] | 40 | OLT | Bivariate and multiple linear regression | RBC transfusion requirement | Preoperative albumin | R = 0.48 |
Ramos et al[44] | 122 | OLT | Univariate and multivariate regression | > 6 units RBC | UNOS class and placement of caval shunt | |
Massicotte et al[68] | 206 | OLT | Retrospective univariate and multivariate logistic regression | > 4 units RBC | Starting INR, platelet count and duration of surgery | |
Yuasa et al[69] | 635 | LDLT (adult and pediatric) | Univariate | Arbitrary high blood loss quartile (344 ± 272 mL/kg) | Univariate = age < 1 yr, Hct < 30%, T-Bil > 20 mg/dL, BUN > 30 mg/dL. Dx Pre-op atresia, Re transplantation | |
McCluskey et al[42] | 460 | OLT | Multivariate regression. Risk index internally validated | > 6 units RBC in 24 h | Age > 40, Hb < 10 g/dL, NR 1.21-1.99 and > 2, platelet < 70, creatinine > 110 mmol/L female and > 120 mmol/L males, albumin < 28 h/L and redo transplant | C statistic model = 0.79 |
Mangus et al[70] | 526 | OLT “piggy back” | Univariate and multivariate regression | RBC transfusion requirements | Pre-op Hb MELD score, Initial CVP | |
Massicotte et al[71] | 505 | OLT | Nomogram risk model based on multivariate regression analysis | FFP transfusion. High starting Hb and phlebotomy protective for blood loss | Bootstrapped AUC prediction model = 89.8% | |
Araújo et al[72] | 758 | OLT | Retrospective univariate and multivariate regression | RBC requirements | PT, Hb, age, liver malignancy | R = 0.30 |
Bang et al[73] | 555 | LDLT | Multivariate regression | Intraoperative blood loss > 1000 mL | MELD, albumin, ascites and previous abdominal surgery | |
Roullet et al[74] | 148 | OLT | Univariate and multivariate regression | > 8 units RBC and loss of > 1 blood volume | Preoperative Hb and Child-Pugh A protective for blood loss > 1 blood volume | |
Esmat Gamil et al[43] | 286 | OLT | Univariate and multivariate logistic regression | > 6 units RBC | INR > 1.6, Ascites | |
Li et al[60] | 181 | LDLT | Univariate and multivariate regression | > 6 units RBC | Platelet count < 70 × 109/L, Hb < 100 g/L, fibrinogen < 1.5 g/L and previous abdominal surgery | |
Wu et al[75] | 522 | LDLT | Univariate and multivariate regression | Re-exploration for hemostasis | > 10 mL/kg FFP transfusion | |
Varotti et al[76] | 219 | OLT | Univariate and multivariate regression | RBC transfusion requirements | MELD | |
[77] | 291 | OLT (no malignancy or re-transplant) | Multivariate logistic regression | RBC transfusion requirements | Baseline Hb and Fibrinogen | |
De Santis et al[78] | 166 | OLT “piggy back” | Univariate and multivariate regression | Blood product requirements | Child-Pugh, preoperative Hb and INR, graft ischemia time | |
Cywinski et al[79] | 804 | OLT | Multivariate regression Bootstrapping for prediction model | RBC and cell saver requirement, > 20 and > 30 RBC units usage | MELD and preoperative platelet count | RBC + CS > 20 units c = 0.70 (RBC + CS > 30 units c = 0.67 |
- Citation: Cleland S, Corredor C, Ye JJ, Srinivas C, McCluskey SA. Massive haemorrhage in liver transplantation: Consequences, prediction and management. World J Transplant 2016; 6(2): 291-305
- URL: https://www.wjgnet.com/2220-3230/full/v6/i2/291.htm
- DOI: https://dx.doi.org/10.5500/wjt.v6.i2.291