“Epitope matching” became a trending topic in organ transplantation. In fact, discussions on
clinical implementation and utilization of this approach in organ allocation algorithms are …

In recent years, there have been calls for implementation of “epitope matching” in deceased-
donor organ allocation policies (later changed to “eplet matching”). Emerging data indeed …

Molecular mismatch analysis for assessment of histocompatibility in transplantation requires
high-resolution HLA typing. Algorithms to “guesstimate” high-resolution from low-resolution …

This review describes the recent developments in the applicability and clinical significance
of epitope matching in kidney transplantation. As incremental human leukocyte antigen …

Rapid changes in tissue-typing technology, including the widespread availability of highly
specific molecular typing methods and solid-phase assays for the detection of allele-specific …

This overview describes recent developments demonstrating the significance of epitopes in
HLA antibody responses and matching for organ transplantation. HLA epitopes are defined …

HLA antibodies are primary causes of transplant rejection; they recognize epitopes that can
be structurally defined by eplets. There are many reviews about HLA epitope-based …

Universally accepted as the treatment of choice for children needing renal replacement
therapy, kidney transplantation affords children the opportunity for an improved quality of life …

Human leukocyte antigen (HLA) matching is one of the cornerstones of organ allocation in
deceased-donor kidney transplantation. Increased numbers of HLA allele mismatches are …

Epitope‐based HLA matching has been emerged over the last few years as an improved
method for HLA matching in solid organ transplantation. The epitope‐based matching …