The University of Sheffield
Department of Cardiovascular Science

News

Results 46 to 60 of 70.

  1. Blood Clot

    Risk of blood clots after surgery is higher than thought

    The risk of suffering a potentially fatal blood clot after surgery is higher than previously thought - and the risk remains high for up to three months, a new study has found.

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  2. Taking part in research helps heart attack victim bounce back

    The MRC ILA-HEART study aims to determine the effect of the interleukin-1 receptor antagonist (IL-1 ra Anakinra on the inflammatory processes triggered by non-ST elevation myocardial infarction

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  3. ticagrelor

    Sheffield academic is UK lead for worldwide trial

    An academic from the University of Sheffield has led UK investigations into a new drug that could prevent thousands of British deaths from heart attacks.

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  4. Dr Pankaj Singh WFNS Award Ceremony

    Sheffield academic scoops prestigious international award

    An academic from the University of Sheffield has received a prestigious World Federation of Neurological Societies (WFNS) Young Neurosurgeon Award, for his outstanding contribution to the field of medical research.

    Categorised under: University of Sheffield, Cardiovascular Science and Medicine-Dentistry-Health
  5. Preveneting blood clots

    New drug could reduce the chances of a second heart attack

    A new drug reduced the risk of dying from a heart attack or other cardiac problem by one fifth compared to the current gold standard drug.

    The results of a study were presented at the European Society of Cardiology in Barcelona, Spain and were published in the New England Journal of Medicine

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  6. Pregnancy

    Migraines 'raise pregnancy risk'

    Migraines substantially raise the risk of a stroke during pregnancy, a US study suggests.

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  7. Heart Rate

    Women with faster heart beat could have a higher cardiac risk

    The speed of a woman's heart beat could predict how likely she is to suffer a heart attack, researchers say.

    Categorised under: University of Sheffield, Cardiovascular Science, Research and Medicine-Dentistry-Health
  8. DNA

    Gene Variation May Lead to Early Cardiovascular Disease

    Researchers at Duke University Medical Center have identified a variation in a particular gene that increases a person’s susceptibility to early coronary artery disease. For years, scientists have known that the devastating, early-onset form of the disease was inherited, but knew little about the gene or genes responsible.

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  9. MI

    Clopidogrel Less Effective in Young MI Patients with Gene Variant

    For the small percentage of MI patients younger than 45 who are homozygous for a certain gene variant, clopidogrel (Plavix) may be significantly less effective in secondary prevention.

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  10. DarkChocolate

    Dark chocolate diet reduces risk of stroke and heart disease, study suggests

    Eating dark chocolate every day could help guard against heart disease and stroke, new research has suggested.

    Categorised under: University of Sheffield, Cardiovascular Science, Research and Medicine-Dentistry-Health
  11. euHeart

    Philips Led 'euHeart' Project Targets Highly Personalised Diagnosis And Treatment Of Cardiovascular

    Royal Philips Electronics announced that it will lead a new European Union (EU) funded research project called 'euHeart', which is aimed at improving the diagnosis, therapy planning and treatment of cardiovascular disease - one of the biggest causes of mortality in the western world.

    Categorised under: University of Sheffield, Cardiovascular Science, Research and Medicine-Dentistry-Health
  12. Taking blood sample

    Hidden haemophilia cuts heart risk

    People who carry the haemophilia gene, but who do not have the illness may enjoy protection from heart disease, say doctors.

    Categorised under: University of Sheffield, Cardiovascular Science, Research and Medicine-Dentistry-Health
  13. Garlic

    A daily dose of garlic can save your life

    A daily dose of garlic helps to lower blood pressure and can be as effective as drugs, according to new research.

    Categorised under: University of Sheffield, Cardiovascular Science, Research and Medicine-Dentistry-Health
  14. CBR

    New Biomedical Units to put Sheffield at forefront of clinical research

    The University of Sheffield, in partnership with Sheffield Teaching Hospital´s NHS Foundation Trust Sheffield, has been successful in its bid to develop two National Institute for Health Research (NIHR) Biomedical Research Units in musculoskeletal and cardiovascular disease.

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health
  15. euHeart

    euHeart: integrated cardiac care using patient-specific cardiovascular modeling

    Cardiovascular disease (CVD) is the cause of over 4.35 million deaths in Europe each year, including nearly half of all non-accidental deaths, and significantly reduces quality of life.1 CVD is most often a consequence of atherosclerosis, an inflammation of the arterial blood vessels, which manifests itself in diseases such as coronary artery disease (CAD), congestive heart failure (HF), and cardiac arrhythmias (irregular heart beat). Early detection and prediction of how cardiac diseases progress are key requirements for improved treatment outcomes and a reduction in mortality and morbidity.

    Categorised under: University of Sheffield, Cardiovascular Science, Patients, Research and Medicine-Dentistry-Health