
In examining this protocol for gender-specific characteristics relating to blood pressure, exercise exhaustion and more, they found that it is likely that females have higher levels of circulating β-hydroxybutyrate (BHB), the most abundant type of ketone body in the circulatory system. These promising results open a pathway for the team to continue their research to understand if ketones might have a role to play in future therapies for HFpEF.
The Cardiometabolic Disease Group has also partnered with the University of Glasgow in the UK to research new therapeutic strategies for HFpEF. Read more on this project here.
Image: Ren Ping Liu presenting research findings at the CSANZ 70th Annual Scientific Meeting.