ISSN: 2767-3774
editor@ijmsphr.com
Articles 2026-07-01 Peer Reviewed

Risk Stratification and Infectious Morbidity Patterns in Living Donor Liver Transplantation in Egypt: A Systematic Review and Clinical Outcome Analysis

Dr. Ahmad Rahimi • Dr. Laila Noori
Dimensions Research discovery

Authors

  • Dr. Ahmad Rahimi
    Department of Medical and Diagnostic Sciences, Kabul Institute of Clinical Research, Kabul, Afghanistan
  • Dr. Laila Noori
    Faculty of Public Health and Clinical Innovation, Afghan National Academy of Medical Sciences, Herat, Afghanistan

Keywords

Living donor liver transplantation infectious morbidity risk stratification

Abstract

Living donor liver transplantation (LDLT) has emerged as a critical therapeutic modality in regions with limited deceased donor availability, particularly in Egypt, where liver disease burden remains high due to endemic hepatitis C virus (HCV) infection. Despite advancements in surgical techniques and perioperative care, infectious morbidity remains a leading cause of post-transplant complications, significantly influencing graft survival and patient outcomes. This systematic review and clinical outcome analysis evaluates risk stratification frameworks and infectious morbidity patterns in Egyptian LDLT settings, synthesizing evidence from published regional and international studies.

The review integrates epidemiological, clinical, and surgical literature to examine infection-related complications, postoperative immunological vulnerability, and healthcare system limitations. Findings indicate that infectious complications are multifactorial, influenced by recipient comorbidities, surgical complexity, perioperative immunosuppression, and healthcare infrastructure variability. Additionally, the transition toward improved transplantation systems in Egypt reflects evolving clinical practices but highlights persistent gaps in infection control and standardized risk assessment models.

This study underscores the need for structured predictive risk models tailored to Egyptian transplant populations, integrating metabolic, viral, and perioperative infection risk variables. Strengthening surveillance systems and refining immunosuppressive protocols are essential to improving post-LDLT outcomes.

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