A UAE-funded research laboratory at the world's most famous children's hospital has welcomed its first patients, marking another milestone in the centre's mission to find cures for rare diseases in children. Patients and researchers walked through the doors of the Zayed Centre for Research into Rare Disease in Children at London's Great Ormond Street Hospital for the first time on Monday. "Everyone deserves hope," said Gladys, the mother of Omar, three, from Dubai, who was born prematurely with a defective heart and is receiving treatment at the hospital. "Alone we are rare but with your support, together we are strong." For new patient Aysha, six, the specialist treatment available at the research centre is vital. Aysha, who is from the UAE, travels to the hospital every two weeks for intensive treatment after she was diagnosed with a rare type of cancer called pilocytic astrocytoma. Her tumour is benign but it keeps coming back and puts increased pressure on Aysha’s brain, causing seizures and problems with her vision. She is given an infusion to remove some of the tumour to relieve the pressure and a medical device called a ventriculoperitoneal shunt is sometimes used to drain excess fluid. Doctors at the hospital describe Aysha as “an extremely caring, charismatic and courageous young girl who has touched the lives of everyone with her energetic twirling and non-stop smiling”. The centre, a collaborative effort between the hospital and University College London, brings patients and their families to researchers who are pioneering cures for a range of rare diseases affecting children. Research includes genomics, cell therapy and regenerative medicine. Andrew Taylor, clinical director of operations at the hospital, said the centre allowed doctors to “really begin to take forward our understanding of genetics in rare diseases and the treatments we can develop to help cure some of them”. “The idea of the research centre is to convert those new treatments, where we’ve treated one or two patients, into helping more and more children and their families,” Prof Taylor said. Born out of a July 2014 gift of £60 million (Dh286m) from Sheikha Fatima, Mother of the UAE, the centre was completed in July and inaugurated by Sheikh Theyab bin Mohamed. “We are hugely grateful to the Abu Dhabi Royal Family for everything they’ve done,” Prof Taylor said. He said that more than 6,000 diseases were classified as rare. “The thing about rare diseases is that they’re not actually that rare,” Prof Taylor said. “One in 17 people will suffer from a rare disease at some point in their lives." The new labs at the centre, with room for about 140 researchers, are just below ground level and visible to the street, and patients inside the building. “I think this is a real first,” Prof Taylor said. Most medical research laboratories are separated from the hospitals and patients they serve, and are not easily accessed by the public. Dr Moritz Haneklaus, one of the first researchers to move into the labs at the centre, said he was still getting used to working in such an open and visible environment. “It’s about inviting the public in,” said Dr Haneklaus, who is part of a team studying brain development and brain diseases using stem cell models. He said the centre was ideal “because you have access to the hospital as well as great research facilities”. More than 300,000 patients visit the UK's first dedicated children's hospital each year and more than 1,000 patients from the UAE have been treated in the past eight years. The new Zayed Centre building, designed by architects Stanton Williams, was built around the needs of patients and researchers. The first scientists arrived to take up their posts at the new labs on Monday. They will work beneath a mural, designed by British artist Mark Titchner, based on the words of the American author and activist Helen Keller, who contracted a disease when she just 19 months, leaving her deaf and blind. The words "Together we can do so much" are emblazoned over a design based on Arabic script and international flight lines.
