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Ambulance UK - April 2020

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NEWSLINE<br />

A heart attack is caused by<br />

a blockage of one or more<br />

coronary arteries of the heart,<br />

which prevents blood and oxygen<br />

reaching the heart muscle.<br />

awarded to the University of<br />

Bristol as part of Heart Research<br />

<strong>UK</strong>’s annual awards for research<br />

into the prevention, treatment<br />

and cure of heart disease.<br />

If paramedics can use this<br />

approach, breathlessness may<br />

be calmed more quickly and<br />

some people may not need to<br />

go to A&E.<br />

Treatment for heart attacks<br />

include reopening the blocked<br />

coronary artery with stents or<br />

bypass surgery, though there are<br />

limitations with these treatments.<br />

Reopening coronary arteries is<br />

often insufficient to achieve a<br />

complete salvage of the heart,<br />

and the damage caused by a<br />

heart attack can lead to heart<br />

failure.<br />

A potential new treatment is<br />

to increase the blood flow to<br />

damaged heart tissue by using<br />

drugs that encourage the body to<br />

grow new blood vessels.<br />

The project will be led by Prof<br />

Paolo Madeddu, Chair of<br />

Experimental Cardiovascular<br />

Medicine at the University<br />

of Bristol, who, along with his<br />

team, discovered that an excess<br />

of a protein called BACH1 can<br />

prevent blood vessel formation.<br />

Prof Madeddu and his team hope<br />

to show that the use of BACH1<br />

inhibitors can stimulate the<br />

growth of new blood vessels. If<br />

successful, this would be the first<br />

step in developing them into drug<br />

treatments for heart disease.<br />

This would result in improved<br />

quality of life and reduced risk of<br />

developing heart failure.<br />

Also, this treatment may benefit<br />

people suffering from other<br />

diseases where new vessel<br />

growth is needed, such as poor<br />

blood circulation in the legs, or<br />

damage to other organs, such as<br />

the kidney, brain and eyes.<br />

Prof Madeddu said: “The use<br />

of BACH1 inhibitors is a very<br />

promising area of study that<br />

promises to have a huge impact<br />

on the way that we treat a wide<br />

range of conditions.<br />

“If we are successful, the door<br />

will be opened for a whole new<br />

method of treating people who<br />

have suffered damage to their<br />

hearts. The ability to stimulate<br />

the growth of new blood vessels<br />

will allow us to drastically<br />

improve the quality of life of<br />

patients who may be at risk of<br />

heart failure.<br />

“We’re very grateful to Heart<br />

Research <strong>UK</strong> for allowing us to<br />

undertake this research.”<br />

Kate Bratt-Farrar, Chief<br />

Executive of Heart Research <strong>UK</strong>,<br />

said: “We are delighted to be<br />

supporting the research of Prof<br />

Madeddu and his team, which<br />

has the potential to significantly<br />

reduce the risk of people<br />

developing heart failure after a<br />

heart attack.<br />

“Our Translational Research<br />

Project Grants are all about<br />

bridging the gap between<br />

laboratory-based scientific<br />

research and patient care -<br />

they aim to bring the latest<br />

developments to patients as<br />

soon as possible.<br />

“The dedication we see<br />

from <strong>UK</strong> researchers is both<br />

encouraging and impressive<br />

and Heart Research <strong>UK</strong> is so<br />

proud to be part of it.”<br />

The £107,726 Translational<br />

Research Project grant was<br />

Last year, Heart Research <strong>UK</strong><br />

awarded more than £1.6 million<br />

in grants for medical research<br />

projects across the <strong>UK</strong>. To<br />

date, the charity has invested<br />

more than £25 million in<br />

medical research via its grants<br />

programme.<br />

YAS<br />

Yorkshire <strong>Ambulance</strong><br />

Service is testing<br />

new ways to<br />

support people with<br />

breathlessness<br />

Paramedics at Yorkshire<br />

<strong>Ambulance</strong> Service are<br />

taking part in a new National<br />

Institute for Health Research<br />

(NIHR) funded study to see<br />

if training in techniques to<br />

ease breathlessness will help<br />

more people stay at home<br />

rather than being conveyed to<br />

hospital.<br />

Breathlessness is one of the<br />

symptoms paramedics are<br />

frequently called out for. It is<br />

common in people with heart<br />

and lung conditions and can<br />

become very severe and<br />

frightening. When this happens<br />

patients or family members<br />

often call for ambulance<br />

assistance.<br />

In a recent study, it was<br />

found that one in five of all<br />

people taken by ambulance to<br />

Accident and Emergency (A&E)<br />

departments called for help<br />

because of breathlessness.<br />

However, a third of these did<br />

not need to stay in hospital and<br />

were discharged home. There<br />

are ways of managing severe<br />

breathlessness that could<br />

be used in a patient’s home.<br />

To test this approach in more<br />

detail Yorkshire <strong>Ambulance</strong><br />

Service NHS Trust is part of<br />

the BREATHE (Breathlessness<br />

RElief AT HomE) study, a<br />

collaboration between the Trust<br />

and the Universities of Hull, York<br />

and Sheffield, with support from<br />

the British Lung Foundation.<br />

Eight paramedics working in the<br />

Hull area are taking part over<br />

the next six months. Four will<br />

be trained to use techniques<br />

to reduce breathlessness that<br />

do not involve any medications<br />

and four will treat patients as<br />

usual. All patients who become<br />

involved in the study will agree<br />

to take part.<br />

Fiona Bell, Acting Head<br />

of Research at Yorkshire<br />

<strong>Ambulance</strong> Service NHS Trust,<br />

said: “This is a first, finding out<br />

whether paramedics can use<br />

an intervention which is widely<br />

used in hospitals and in the<br />

community. If it is successful<br />

there are obvious benefits<br />

for patients and for the whole<br />

urgent and emergency care<br />

system.”<br />

Dr Ann Hutchinson, Research<br />

Fellow at the University of<br />

Hull, said: “This is a great<br />

opportunity to see if our<br />

research findings on what<br />

patients need, when they are<br />

severely breathless, can be<br />

implemented by paramedics.<br />

Once we have done this, we will<br />

be able to design a study to test<br />

how effective this intervention<br />

is in enabling some people to<br />

stay at home where possible,<br />

thus reducing the need for<br />

conveyance to hospital –<br />

easing the burden on patients,<br />

their families, the ambulance<br />

services and the hospitals.”<br />

AMBULANCE <strong>UK</strong> - APRIL<br />

For the latest <strong>Ambulance</strong> Service News visit: www.ambulancenewsdesk.com<br />

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