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Article Abstract
Significance: We evaluated the impact of OOS on organ utilization and also what factors impact the decision to employ OOS.
Background: Deceased donor liver allocation typically follows a ranked match-run of potential recipients. Organ procurement organizations (OPOs) may deviate from liver transplant standardized allocation using "out-of-sequence" (OOS) matches.
Methods: All eligible donors from the Scientific Registry of Transplant Recipients (SRTR) (1/1/2013-8/31/2023) were identified and merged with associated match-runs in the Potential Transplant Recipient (PTR) data. OOS offers were defined as bypass codes (861-863; 760-765). Hierarchical mixed-effects models with eligible donors nested in OPOs assessed OOS-practices versus organ utilization, controlling for liver graft risk with the Discard Risk Index (DSRI) by risk quintile, blood type, and year.
Results: OOS were more common each progressive year. Neither TC's (R2<0.01) nor OPO's (R2<0.01) OOS-rate correlated with increased utilization. OOS was not associated with improved utilization (OR=1.11, 95%CI=0.90-1.38). Increasing graft risk in DBD&DCD grafts was associated with reduced utilization. Introducing OOS-allocation interaction terms improved utilization for DCD's of all risk levels but only improved utilization for DSRI 5th-Quintile DBD's. 38% of utilization was explained by graft factors versus 5% by TC-&OPO-variability (Conditional-R2=0.431, Marginal-R2=0.380). High-risk DCD grafts in DSRI 3rd-5th-Quintiles were not more likely to be allocated through OOS despite these grafts demonstrating improved utilization with this approach. Only 15% of variation in OOS-allocation was explained by graft factors versus 23% by TC-and OPO-variability (Conditional R2=0.388, Marginal R2=0.154).
Conclusions: OOS improves utilization in high-risk grafts, but graft risk is not correlated with their actual use. This highlights utility in OOS, but also that this practice is currently incorrectly used.
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