Title of article :
Rituximab to Abbreviate Plasma Exchange in Anti-CFH (Complement Factor H) Antibody Mediated Atypical HUS
Author/Authors :
Mittal, Aliza Department of Pediatrics - AIIMS Jodhpur, India , Dijoo, Munawer Fortis Institute of Renal Transplantation Sciences - Fortis Hospital - Vasant Kunj, India , Aggarwal, Sandeep Fortis Institute of Renal Transplantation Sciences - Fortis Hospital - Vasant Kunj, India , Gulati, Sanjeev Fortis Institute of Renal Transplantation Sciences - Fortis Hospital - Vasant Kunj, India
Abstract :
While terminal complement blockade with Eculizumab is the first
line therapy for atypical HUS (Haemolytic uremic syndrome), lack
of its availability and cost limits its use. Plasma exchange becomes
a first line modality in the current scenario. However, exposure to
large volumes of allogenic plasma and lack of skilled manpower
are the limiting factors associated with it. Moreover, there is a
subset of patients who fail to respond to plasma exchange.
Treatment and follow up records of the children with atypical
HUS who did not respond to daily plasma exchange therapy and
their course during follow up was reviewed.
Three children with positive anti-complement factor H antibody
atypical HUS did not respond to daily plasma exchange and were
administered Rituximab after completing five daily plasma exchange
therapies. It was seen that these children, initially non-responsive
to plasma therapy, attained remission after Rituximab and did not
require further plasma exchanges. The remission was sustained
in long term with a follow up of 7 years, 4 years and 6 months
respectively. Rituximab might be a useful alternative in inducing
haematological remission in children with poor or no response to
plasma therapy. This abbreviates the duration of plasma exchange,
which not only avoids complications due to prolonged plasma
therapy but also helps reducing the cost of therapy.
Keywords :
remission, Eculizumab , plasma exchange , atypical HUS, Rituximab , anti CFH antibody positive
Journal title :
Astroparticle Physics