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עמוד בית
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January 2002
Rasmi Magadle MD, Paltiel Weiner MD, Marinella Rabner MD, Miri Mizrahi-Reuveni MD and Avi Davidovich MD

Background: The association between coronary and/or other arterial aneurysms and polycystic kidney disease is well known. While myocardial infarction is a possible complication of atheroscletotic coronary aneurysms, it is reasonable to assume that CA[1] in patients with PKD[2] may make them prone them for a similar complication.

Objective: To evaluate the possible occurrence of CA and MI[3] in first relatives of a patient with PKD, CA and MI.

Patients: We studied 12 family members: 2 parents, 8 sisters and 2 brothers of a young woman who was incidentally diagnosed as having a MI, while her mother was known to have PKD. We used electrocardiogram, thallium-image test, and transthoracic echocardiography to determine MI, ultrasonography of the kidney to determine PKD, and coronary angiography and ventriculography to determine CA and MI, respectively. 

Results: PKD was detected in seven family members, while CA and MI were found in five and three of them, respectively.

Conclusions: In a family with PKD we detected a high prevalence of CA, with MI as a complication of the latter.

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[1] CA = coronary aneurysms

[2] PKD = polcystic kidney disease

[3] MI = myocardial infarction


August 2001
July 2001
by Rasmi Megadle, MD, Paltiel Weiner, MD, Alexander Sotzkover, MD, Miri Mizrahi-Reuveni, MD and Noa Berar Yanay, MD
April 2000
Eytan Mor MD, Rachel Michowiz RN MA, Tamar Ashkenazi RN MSc Ethi Shabtai PhD, Richard Nakache MD, Ahmed Eid MD, Aaron Hoffman MD, Solly Mizrahi MD, Moshe Shabtai MD and Zaki Shapira MD1 for the Israel Transplant Center

Background: Over a 12 month period, the Israel Transplant Center doubled the number of donors by assigning a nurse coordinator to each of 22 hospitals around the country and by using kidneys from elderly donors.

Objective: To evaluate the impact of our "marginal donors" policy on the results immediately following transplantation.

Methods: Between October 1997 and September 1998, 140 cadaveric kidney transplantations from 72 donors were performed in Israel. We defined two groups of recipients: patients with immediate graft function and patients with either delayed graft function requiring >1 week of dialysis post-transplant or with primary graft non-function. We compared the following parameters between groups: donor and recipient age and gender, cause of donor’s death, length of stay in the intensive care unit, vasopressor dosage and creatinine levels before harvesting, cold ischemic time, and the number of recipient grafts.

Results: There were 102 recipients (72.8%) with immediate graft function and 38 with either PNF (n=13, 9.3%) or DGF (n=25, 17.9%). On regression analysis, donor age >50 year and retransplantation were significant risk factors for PNF or DGF (odds ratio 4.4 and 2.8, respectively). Of the 56 kidneys from donors >50 years old, 21 (37.5%) developed either PNF (n=9) or DGF (n=12).

Conclusions: We conclude that kidneys from donors over age 50 are at increased risk for graft non-function or delayed function. Better assessment of functional capacity of kidneys from “aged” donors may help to choose appropriate donors from that pool.

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PNF = primary graft non-function

DGF = delayed graft function

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