You are here: history of funding medical breakthroughs

Discovering the importance of taking folic acid to prevent spina bifida

Action first supported research into spina bifida back in the 1960s. This led to a 20 year programme looking at whether vitamin supplements taken in pregnancy could help prevent this condition. Women trying to become pregnant are now routinely advised to take folic acid supplements to prevent spina bifida and the number of cases in the UK has dramatically reduced. These days it's estimated that just over one baby out of every 1,000 born is affected by spina bifida, however 60 years ago that number was over three times higher.

Developing the use of ultrasound scanning in pregnancy

Action funded research back in the 1970s and 80s helped to develop the use of ultrasound technology in pregnancy. It’s used to monitor the baby’s development and diagnose problems before birth. Ultrasound is an important technology that we perhaps take for granted these days. But thanks to ultrasound, the death rate for babies at the time of birth is estimated to have halved.

Developing lifesaving cooling therapy for newborns

Each year, almost a million newborn babies worldwide will lose their lives after suffering brain injury due to oxygen shortage. Action funded vital early research that led to clinical trials of cooling therapy for newborn babies. A baby is cooled by a few degrees with a purpose-made cap or with a special blanket or mattress, and then gradually warmed again after two or three days. By cooling the body to reduce brain temperature, doctors can alter the chemical processes that lead to brain damage. This innovative therapy was adopted in UK hospitals from 2010 – and has been saving and changing lives ever since.

Developing a pioneering fetal heart rate monitor

Tragically, more than 3,200 babies are stillborn every year in the UK. Thanks to funding from Action, a team at the University of Nottingham developed a portable, wireless device that enables continuous monitoring of fetal heart rate, allowing potential problems to be identified far more readily, saving more little lives.

Lucy and Olivia were born at 25 weeks, weighing just 1lb 12oz and 1lb 9oz

Be part of the next breakthrough

Worldwide, it is estimated that 15 million babies are born prematurely (at less than 37 weeks of pregnancy) each year and almost 1 million of those children sadly die due to complications of preterm birth. For those who do survive, many face a lifetime of disability, including learning disabilities and visual and hearing problems.

With research we believe that the devastation caused by premature birth can be stopped, but we need your help. Please help fund a vital research project at Imperial College London that hopes to improve the success rate of treatment in preventing preterm labour.

This is an amazing opportunity to fund a potentially groundbreaking research project to help stop babies from being born too soon, save their lives and protect them from disability.