PURPOSE OF REVIEW: The present article will review the diagnosis of antibody-mediated rejection in heart transplant recipients and further explore the clinical implications. RECENT FINDINGS: Improved diagnostic techniques have led to increased recognition of antibody-mediated rejection and better understanding of the long-term consequences in heart transplant recipients. Endomyocardial biopsy remains the gold standard for the diagnosis of antibody-medicated ejection; however, several advances in molecular testing have emerged, including the use of gene expression profiling, messenger RNA, and microRNA. Routine surveillance of donor-specific antibodies identifies recipients at high risk for graft compromise. Additionally, new monoclonal antibody therapies have broadened our repertoire in the treatment of rejection. SUMMARY: Advances in molecular testing for antibody-mediated rejection may improve the associated long-term complication, while minimizing risk to the patient.
PURPOSE OF REVIEW: The present article will review the diagnosis of antibody-mediated rejection in heart transplant recipients and further explore the clinical implications. RECENT FINDINGS: Improved diagnostic techniques have led to increased recognition of antibody-mediated rejection and better understanding of the long-term consequences in heart transplant recipients. Endomyocardial biopsy remains the gold standard for the diagnosis of antibody-medicated ejection; however, several advances in molecular testing have emerged, including the use of gene expression profiling, messenger RNA, and microRNA. Routine surveillance of donor-specific antibodies identifies recipients at high risk for graft compromise. Additionally, new monoclonal antibody therapies have broadened our repertoire in the treatment of rejection. SUMMARY: Advances in molecular testing for antibody-mediated rejection may improve the associated long-term complication, while minimizing risk to the patient.
Authors: Olga Shevchenko; Olga Tsirulnikova; Sofya Sharapchenko; Olga Gichkun; Dmitriy Velikiy; Nina Gabrielyan; Ivan Pashkov; Alex Shevchenko; Sergey Gautier Journal: Noncoding RNA Res Date: 2022-08-31