
Bristol woman runs London Marathon for brother with heart defect
A young Bristol woman is planning to run the London Marathon in aid of her "admirable" brother, who suffers with a congenital heart defect.Elena Morris, 22, from Bradley Stoke aims to complete the challenge on Sunday in aid of the British Heart Foundation (BHF), which has supported her 19-year-old brother since birth.Callum was born with the condition truncus arteriosus meaning his heart only has one main blood vessel taking blood away from the heart instead of two.Due to the condition, Callum has already had five open heart surgeries.
Speaking to John Darvall on BBC Radio Bristol, Elena said Callum was diagnosed with his condition shortly after being born."It's when he was developing in my mum's tummy, his aortic tubes didn't form properly," she said."They're normally meant to split into two, but his stayed into one."It was picked up by the doctors after he was born, through listening to his heart before he got discharged."So at 13-days-old he had open heart surgery, where they put in an artificial tube to act as that aortic valve."
The BHF funds research into better ways of treating heart conditions, including ongoing work by Callum's surgeon."His research looks into using stem cells to grow that tube instead of (using) an artificial tube, which would mean that children wouldn't have to go through multiple surgeries," Elena said.Callum has had five open heart surgeries to date to replace the valve as he grows, which would not be necessary if the valve could be grown as his surgeon hopes."How he still has all the strength and determination he does have is truly admirable," Elena said.The operations have taken a significant toll, with Callum suffering a stroke during his most recent stay in hospital, from which he is now recovering.Elena meanwhile, has been training for the marathon since November."I think, to see what my brother's been though, just to see what he's gone through, if he's gone through all of that I can run a marathon," she said.

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Wales Online
2 days ago
- Wales Online
Dying dad denied treatment that will give him more time with kids
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Metro
3 days ago
- Metro
5 ‘healthy' foods you may not realise are ultra-processed
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BBC News
4 days ago
- BBC News
AI foot scanner could reduce heart failure hospitalisations
An at-home 'foot-recognition' scanner could prevent heart failure hospitalisations, a study has National Institute for Health and Care Research, with the involvement of Torbay researchers, said the device could detect a build-up of fluid in the feet and ankles called oedema - one of the "big three' signs" heat failure was becoming British Heart Foundation (BHF) said more than a million people in the UK had heart failure which could lead them to being Philip Keeling, senior author of the study and consultant cardiologist at Torbay and South Devon NHS Foundation Trust, said the scanner "keeps an eye on you and alerts the health failure nurse". He said: "This device detects one of the big three warning signs for people with heart failure before they end up in hospital."Only about half of people admitted to hospital with heart failure currently get assigned an early review by a heart failure nurse who can check to see if they are suffering a harmful build-up of fluid because their heart is not working properly."Amid a shortage of heart failure nurses, a device like this can be like a virtual nurse, tracking people's health." The device, created by Heartfelt Technologies, takes 1,800 pictures per minute of the foot and lower leg at multiple angles - using AI detection of their position and calculates the volume of fluid the feet study examining the scanner involved 26 patients across five NHS those who had the scanner in their home for at least two weeks before it triggered an alert, three people were hospitalised with heart failure. The alerts came between eight and 19 days before their hospitalisation – giving the scanner an average prediction time of 13 days, which researchers said was adequate time to take action to keep someone out of also accurately predicted five out of the six hospitalisations and at the end of the six month study, 82% chose to keep the device. Prof Bryan Williams, chief scientific and medical officer at the BHF, said the study was "a good example of how technology might aid earlier interventions and treatment".He said: "This small study suggests a simple device could significantly improve outcomes for at-risk patients with heart failure by keeping them out of hospital."Innovations with the potential to transform heart care in this way are a major part of the BHF's goal to save and improve lives of people living with cardiovascular disease."