William Ashburner and his sister Julia with Spaniel, Ruby
The Ashburner family, Stuart, Liz and their children, Julia and William, live on the NSW central coast. ‘When the children were younger, we enjoyed a healthy, busy family life with both William and Julia playing soccer and being involved in the local surf club,’ said Stuart.
Then in 2011, 5-year-old William developed double pneumonia. When this recurred, testing began and in 2013 William was diagnosed with the rare disorder, X-Linked Lymphoproliferative 1 (XLP1).
Often close to death, he suffered cerebral vasculitis and stroke. William had two bone marrow transplants with complications, including pancreatitis, a ruptured bladder, bleeding in the lungs and kidney failure needing dialysis.
‘Our family went into a holding pattern,’ said Liz. ‘William was in the hands of the doctors. Our daughter Julia felt unseen and unloved by us and she became very attached to another family who had also been through tragedy years earlier, they took her under their wing. Stuart and Julia have both needed counselling.
‘Even after hospital, we lived on the edge with many visits for extra treatment. We are still trying to be normal with times of depression for everyone in the family, extending to Will’s grandparents. Financially it was extremely difficult and without the help of Central Coast Kids in Need and the understanding of our bank, we would have lost our home.
‘Will now appears completely normal, apart from being about 30cm shorter than all of his friends. Playing tennis and soccer, he is always gaining strength and is a very passionate and loving boy. He is also very messy and forgetful, like most 12-year-olds. He is in year 7 in high school and has a teacher’s aide, as well as tutoring during school hours provided by Ronald McDonald House.
‘Garvan’s research into X-linked immune disease is important because there is so much that is still unknown. We know that X-linked disease is passed to mainly male children by the mother and this research means that our daughter, Julia, will now be tested for the gene and can take steps to avoid passing on XLP1 to her children.’