Quality System of Kidney Donation for Transplantation From Living Donors in Poland.

OBJECTIVE: The program aims to build and develop a high-quality donation system at the hospital and national level. Thirty coordinator posts for the transplantation of kidneys from living donors (LDs) were created. The coordinators' tasks were identified as determining or excluding the possibility of LD donation for kidney transplantation for every potential kidney recipient referred to the waiting list, qualifying potential LDs, supervising health monitoring for LDs and kidney recipients, and education and promotion of transplantation from LDs. METHODS: The coordinators' reports and verification of data in the national transplant register from June 1, 2018 to November 30, 2019 were analyzed. ETHICS: The study was conducted according to principles of the Declaration of Helsinki, and the Declaration of Istanbul participation was on a voluntary basis. RESULTS: Information on possible LDs was obtained from 707 (43%) of the 1630 potential recipients entered on the waiting list. In 373 cases there was no potential LD; 16 recipients did not give consent for kidney transplantation from a LD; for 318 recipients, 340 potential LDs were identified; 90 potential LDs were rejected at the initial stage for medical reasons; 60 potential donors were rejected at further stages of the qualification process; 3 persons resigned from donation; and 23 recipients were transplanted from deceased donors. Kidneys from 73 LDs were qualified and transplanted. On November 30, 2019, 91 potential donors were awaiting further qualification. As part of the program, 27 potential pairs for paired kidney exchange were reported to Poltransplant (17 pairs with positive HLA crossmatch, 10 with incompatible blood groups). CONCLUSIONS: The creation of posts for coordinators for LD kidney transplantation in centers that qualify for LD kidney transplantation enabled systematic monitoring of donation potential, which led to an increase in the number of LD kidney transplants in 2019. Making full use of donation potential should significantly increase these numbers in the coming years.

Organ Donation From Elderly Deceased Donors and Transplantation to Elderly Recipients in Poland: Numbers and Outcomes.

The age of a donor and recipient is one medical criterion in the kidney allocation system. The number of elderly donors and recipients is steadily growing. The aim of the study was to retrospectively evaluate the 5-year results of kidney transplantation from donors over 65 years of age to recipients over 60 years of age. In the years 1998 to 2010, 8526 potential deceased donation after brain death organ donors and 8206 people (81%), who had been treated with transplantation of kidneys were referred to the Poltransplant. The actual number of deceased donors >65 years was 358 and <65 years was 7207. The actual 5-year survival of a kidney transplant from donors >65 years was 59.2% (55.3% of recipients >60 years and 60.7% of recipients <60 years of age; P < .0001) and from donors <65 years was 75.1% (67.5% of recipients >60 years and 75.7% of recipients <60 years; P < .0001). The actual 5-year survival of kidney recipients from all donors >65 years was 75.6% (79.5% younger recipients vs 65.9% elderly recipients; P < .0001). The 5-year survival of kidney recipients from all donors <65 years was 88.1% (P < .0001); 89% younger recipients and 74.3% elderly recipients (P < .0001). The above analysis of the material from the Polish registry displayed significantly worse results of kidney transplantation from donors >65 years, regardless of the age group of recipients.

Fluorescent in situ hybridization for identifying cytogenetic abnormalities in inadequate and suboptimal specimens.

Conventional cytogenetic analysis is often hampered by its dependency on the evaluation of dividing cells. When the mitotic index is low, or the cytogenetic preparation suboptimal, an accurate diagnosis often cannot be achieved using standard GTG banding. Molecular cytogenetics using fluorescent in situ hybridization (FISH) can be extremely useful in such a situation because it can be performed on nondividing interphase nuclei, and can usually be carried out on existing slides without requiring an additional specimen. The present paper presents two case histories to illustrate the utility of FISH in the clinical setting.