Genes reveal how our pelvis evolved for upright walking
From 3-4 million years ago the pattern points to bipedalism
From 3-4 million years ago the pattern points to bipedalism
LJMU has been awarded approximately £490,000 from Research England’s first ever International Investment Initiative (I3). The award has been jointly made to LJMU and The University of Western Australia (UWA) for the international collaboration project, i-CARDIO. The project has a dual focus; the first component is the delivery of workshops to develop innovative ways to detect cardiovascular diseases for preventative intervention using imaging techniques. The second element is the evaluation of Australia’s model of accreditation of clinical exercise scientists and physiologists. The accreditation incorporates university and work place-based learning to enable graduates to secure roles in the healthcare system as recognised allied health professionals.
Sport and Exercise Science Professional Doctorate student, Tom Clark, visited LJMU last week in preparation for the start of the new Formula 1 season and to discuss his jet lag research. Tom has spent the past four years working with the Alpine F1 team and specifically their driver Esteban Ocon.
Professor Chris Hunt's research at Shanidar Cave in Iraq indicates early Man had strong burial rituals
LJMU graduate Brian Sheil has achieved a major professional milestone after attending the 68th Grammy Awards in Los Angeles at the weekend as an official voting member of the Recording Academy.
The National Police Wellbeing Service has been awarded funding to conduct a study of their sleep fatigue and recovery biometrics programme in partnership with LJMU.
New research has underlined the hazards associated with COVID-19 in dental surgery settings, and a solution to higher patient turnover.
Landmark study finds serious violence costs £185m to region
Psychologist Valentina Cazzato collaborates with Edge Hill in AHRC-funded project to understand the neuroscience of dance as therapy
ARI team awarded access to massive supercomputers