FLIGHT Study
A multicentre randomised trial of first line treatment pathways
for newly diagnosed immune thrombocytopenia: Standard steroid
treatment versus combined steroid and mycophenolate
Chief Investigator
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Institution
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Dates
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Funding Stream
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Grant Ref
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Amount
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Bradbury, Dr Charlotte
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University Hospitals Bristol NHS Foundation Trust and University
of Bristol
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01/05/2017-30/04/2020
(36 months)
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NIHR Research for Patient Benefit (RfPB)
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PB-PG-0815-20016
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£349,486
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Summary
Immune thrombocytopenia (ITP) is an illness that causes bruising
and bleeding due to a low platelet count (blood cells essential for
normal clotting). As treatment, patients are first given high dose
steroids but most suffer side effects (e.g. difficulty sleeping,
weight gain, moods swings, high blood pressure, diabetes etc). In
addition, the illness doesn't get better for some patients, and the
majority of others get ill again when the steroids are stopped.
Only about 20% stay well long term.
Mycophenolate (MMF) is often used as the next treatment for ITP
and it works quite well. However, it can take up to 2 months to
work. In these 2 months patients are at risk of bleeding, bruising,
feeling tired and usually need more steroids which they loathe.
They have to come to hospital each week for blood tests and most
have to take time off sick.
We want to find out whether more patients would feel better
sooner if everyone takes MMF at diagnosis instead of what we do at
the moment (waiting for the illness to come back). We plan to test
this by comparing the current way we treat patients to a new way
with all patients given MMF right at the start of their treatment.
Patients from different hospitals will be asked to take part and
half will be randomly chosen for the new pathway. Their normal
hospital appointments will be used to record how well they are for
a year. They will have no extra blood tests or appointments as a
result of agreeing to take part.
We have a group of local patients in Bristol who have helped us
and we will continue to meet with them throughout. We expect the
results will be able to improve care for patients with ITP within 5
years.