In clinical medicine and transplant epidemiology, stands for Female Donor / Male Recipient , representing one of the four primary Recipient-Donor Sex Constellations (RDSCs) analyzed alongside MDMR, MDFR, and FDFR. The H-Y Antigen Mismatch Risk
The FDMR configuration carries distinct immunological profiles due to the . Because females lack a Y chromosome, their immune systems recognize the male H-Y antigen as foreign. If a female donor has been previously sensitized to H-Y antigens—frequently via a prior pregnancy—her transplanted cells can mount an aggressive immune response against the male recipient's tissue. Impact Across Transplant Modalities Allogeneic Hematopoietic Stem Cell Transplantation (HSCT) In clinical medicine and transplant epidemiology, stands for
The acronym spans multiple distinct academic, clinical, and scientific domains. Its most prominent applications include microbiology and infectious disease research (the bacterial transcription factor FdmR), transplantation medicine (Female Donor-Male Recipient sex-mismatching), and mass spectrometry and proteomics (False Discovery Match Ratio). If a female donor has been previously sensitized
: Multi-center retrospective data evaluating long-term outcomes of Living Donor Kidney Transplantation (LDKT) shows that FDMR pairs exhibit highly stable 10-year death-censored graft survival rates (~85.4%) , behaving almost identically to male-to-male (MDMR) pairs. In clinical medicine and transplant epidemiology
-oxidation) and instead directs the nutrient flux toward lipid biosynthesis. Impact on Virulence and Pathogenicity Research has demonstrated that an FdmR -deficient mutant ( ΔfdmRdelta f d m cap R ) suffers from an overactive catabolism of fatty acids.