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Stephen S Lim

Researcher at Institute for Health Metrics and Evaluation

Publications -  246
Citations -  156171

Stephen S Lim is an academic researcher from Institute for Health Metrics and Evaluation. The author has contributed to research in topics: Population & Mortality rate. The author has an hindex of 99, co-authored 219 publications receiving 117059 citations. Previous affiliations of Stephen S Lim include Monash University & Guy's and St Thomas' NHS Foundation Trust.

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Validation of a new predictive risk model: measuring the impact of major modifiable risks of death for patients and populations

TL;DR: The risk model accurately predicted individual all-cause mortality in a representative sample of the US population and can be used to counsel patients on what actions to take to protect their health, identify patients at high risk of avoidable death, and monitor the impact of broad efforts to improve population health.
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Abstract MP51: Global, Regional, And National Intakes Of Sugar-sweetened Beverages, Milk, And Fruit Juice: A Systematic Analysis Including 193 Country-specific Nutrition Surveys Worldwide.

TL;DR: This quantitative assessment of current beverage intakes at global, regional, and national levels, as well as by age and sex, is imperative for informing public health and policy priorities for intervention strategies, aswell as for quantifying the impacts of these beverages on health worldwide.
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Is there preferential coverage for the most at risk? A survey-based analysis of malaria vector control by endemicity level

TL;DR: In the countries examined in this study, coverage of vector control interventions did not necessarily increase with increasing malaria risk, and strategies for targeting interventions should be devised to achieve their greatest lifesaving potential.
Journal Article

Abstract 028: The Global Impact of Sodium Consumption on Cardiovascular Mortality: A Global, Regional, and National Comparative Risk Assessment

TL;DR: These findings provide the most robust evidence to-date on the global and country-specific impact of excess Na on CVD, directly informing priorities for prevention efforts and policies to reduce global deaths.