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Advisor(s)
Abstract(s)
Among thrombotic microangiopathies (TMA), the hemolytic uremic syndrome associated with dysregulation
of the alternative complement pathway (aHUS) is one of the most challenging diseases a nephrologist can
face. By the end of the XXth century, the complement’s role was unraveled with the discovery that mutations
in the factor H coding gene were responsible for aHUS. But it was the acknowledgment that pharmacological
C5-9 blockage provided a cure for aHUS that fostered the interest of the nephrology community in the genetics,
pathophysiology and therapeutics of, not only of aHUS, but TMA in general. The molecular genetics of
aHUS is technically demanding and, as such, in Portugal (alike many other European countries) a single laboratory
emerged as a national reference center. The fact that all samples are evaluated in a single center provides
a unique opportunity for data collection and a forum for discussion for all those interested in the field: immunologists,
molecular geneticists, pathologists and nephrologists. The current consensus document emerged
from such a discussion forum and was sponsored by the Portuguese Society of Nephrology. The goal is more
to portray the Portuguese picture regarding the diagnostic approach and therapeutic options than to extensively
review the state of the art of the subject. The accompanying documents that are published as supplementary
data are in line with that goal. They range from the informed consent and clinical form to be sent
together with the biological samples for genetic testing, to the appendix regarding the actual sampling and
storing conditions. The document is also intended to set an example for future documents and independent
discussion forums on other kidney diseases for which emerging diagnostic and/or therapeutic strategies are
reaching clinical practice.
Description
Keywords
Atypical Hemolytic Uremic Syndrome Kidney Transplantation Terminal Complement Blockage Portugal HDE NEF PED HCC NEF
Citation
Port J Nephrol Hypert 2018; 32(3): 211-232