Program overview High blood pressure is the biggest cause of premature death and disability worldwide, and excess sodium intake in the form of salt, is a major contributor. Despite global commitments to reduce population sodium intake, most countries remain off track to meet these targets, highlighting the need for new approaches that can improve cardiovascular health at scale. Our major focus of the Nutrition Implementation Research team is switching the world’s salt supply to potassium-enriched salt. Replacing regular salt with potassium-enriched salt has the potential to prevent an estimated 3 million deaths and 10 million strokes and heart attacks globally each year. Through research, stakeholder engagement and implementation strategies, the team is leading efforts to support the global transition to potassium-enriched salt and accelerate progress towards population sodium reduction. Expected outcomes Our research aims to support policies and programs that reduce sodium intake,

By utilising a life-course approach to the prevention of non-communicable diseases, when women are screened during pregnancy. The physiological changes in a woman’s body during pregnancy to support fetal growth and wellbeing and prepare for labour and birth have been compared to a nine-month marathon that finishes with a sprint. For some women, this pregnancy “stress test” will result in medical complications of pregnancy, such as gestational diabetes (“GDM”, affecting approximately 1 in 7 pregnancies globally), high blood pressure disorders (affecting up to 1 in 10 pregnancies globally) and anaemia (10-40%). Existing mental and physical health conditions may also worsen. The course of a woman’s pregnancy also gives a window into a woman’s future health, as the effect of pregnancy complications on mother and child do not end with the pregnancy. For example, after hypertensive pregnancy there is at least doubled risk of cardiovascular disease (beginning within 5-10 years of

Globally efforts to improve women’s health largely focus on maternal health, overlooking women’s health needs beyond pregnancy and childbirth. The weight given to the maternal health outcome neglects the full range of women’s health. Diseases that affect women are substantially under-studied and under resourced. Gynaecological cancers and conditions like endometriosis, uterine fibroids, poly cystic syndrome, and cervical cancers might have been better understood if they also affected men. Since these are women-specific health issues that affect a woman’s quality of life across her lifespan, there has been little investment, particularly in low-and middle-income countries, to improve early diagnosis and treatment. For example, approximately 180 women globally with endometriosis remain undiagnosed and suffer from its symptoms like pain and infertility for almost seven years before getting diagnosed. Hence, more research and concerted action is needed to improve women’s health and to ensure tha

The George Institute's Women’s Health Program aims to improve the health of women and girls around the world by adopting a life course and equity approach. We are a global group of researchers, clinicians, policy and advocacy specialists, and communications specialists who are passionate about improving the lives and health of women and girls through conducting high-quality, innovative and cutting-edge research. AI and women’s health Artificial intelligence is changing our world with exciting potential to improve women’s health. Some examples include improved diagnosis, prediction of future disease, clinical decision support, health worker training and continuous supportive supervision, and rapid evidence synthesis. However, AI also brings challenges, with the risk of entrenching biases for groups underrepresented in large datasets used to train AI models, the risk of hallucinations, a changing regulatory environment, concerns around the energy required, and safety concerns for use

The physiological and social demands of pregnancy are immense. A period of transformation that tests a woman's body and resilience in profound ways. Yet, this time of vulnerability also offers an unparalleled opportunity to understand and improve women's health across the life course. Environmental change including rising temperatures, air and water pollution, and extreme weather events is now emerging as a major stressor during this critical life stage, shaping both immediate pregnancy outcomes and long-term health trajectories for mothers and their children. Women and girls are disproportionately affected by environmental hazards. Biological factors such as hormonal and thermoregulatory changes interact with entrenched social and economic inequities --- limited access to healthcare, insecure housing, unpaid care responsibilities, and occupational exposures --- to heighten risk. For pregnant women in particular, exposure to extreme heat has been linked to complications such as preterm birth, l