Every day we encounter and use mathematical models. From producing weather predictions for the week, to calculating a country’s GDP, to estimating the impact of vaccinations, models help us process, represent, and understand the data that describe the workings of the world around us.
Underwriters Laboratories focused on home and workplace safety, publishes a Safety Index, an algorithm-based data science initiative to foster safe conditions through scientific applications addressing safety, security, and sustainability challenges. Data is integral to the Safety Index, and UL utilizes data from the Global Burden of Disease study (GBD).
We use more 90,000 data sources in the Global Burden of Disease. Why do we use estimates instead of simply presenting the data points?
As part of its Big Four agenda, the government of Kenya is committed to providing universal health coverage by 2022. Global Burden of Disease (GBD) collaborators in Kenya are shedding light on ways that the study can help the country reach this goal.
Knowing what someone died of can be complicated. We often talk and think about death as a singular event. We say, “he died of cancer” or “she died of old age.” In reality, a series of domino effects are often occurring inside the body that lead to someone’s death.
The Global Burden of Disease (GBD) study relies on a lot of data – over 90,000 data sources, in fact. Each of these data sources has their own distinct way of collecting information and measuring health. How do we make these sources speak the same language?
Estimates are only as strong as the evidence they are built on. The Global Burden of Disease (GBD) study produces millions of estimates of health around the globe, estimates that are informing real-world policy and implementation. That means that they have to be built on good data, and a lot of it.
How do we quantify the health impacts of a risk factor such as pollution, which is pervasive, difficult to detect, and often underreported? Richard Fuller, environmentalist and President of Pure Earth, is taking on the challenge.
At the US Senate on April 17, 2018, Professor Ali Mokdad presented tfindings about health in the US at a briefing for Senate health staff. The goal of the presentation was to raise awareness about how Global Burden of Disease (GBD) data could be a valuable resource for them, and how states can use GBD data to advocate for money to address different health problems.
Everyone deserves to live a long life in full health. Inspired and fueled by this idea, the Global Burden of Disease study, or GBD, seeks to answer the question of what sickens and kills people of all ages around the world.
What do the largest development bank, largest global public health agency, and largest funder of primary biomedical research have in common? Well, among other things, their use of IHME’s work for decision-making.
In his 2017 National Day Rally speech, Singapore’s Prime Minister Lee Hsien Loong expressed his commitment to tackling an important challenge facing the country: Singaporeans are living some of the longest lives in the world, but, particularly in old age, they are not always healthy ones.
Precision maps reveal significant health and education disparities within African nations.
In Rwanda, IHME’s collaborators are using GBD data as they tackle the growing burden of non-communicable diseases (NCDs) and improve care for people living with disabilities.
Ukraine has revamped its health system using the Global Burden of Disease (GBD) study to better address the health problems of its people. The Ministry of Health of Ukraine is also working with IHME to improve the science behind the estimates.
According to Harvard Business Review, people often make great decisions not while actively trying. These “aha!” moments can lead to brilliant, unexpected ideas or solutions. In 1993, a man in Seattle had such an “aha!” moment reading a study about diarrhea. Nearly 25 years later, that moment, unquestionably, helped change the course of global health.
The Global Burden of Disease study (GBD) has been compared to many landmark events: the advent of the encyclopedia, the mapping of the human genome, and the first landing on the moon.
These updated findings are important to understanding today’s gains and gaps for the health-related Sustainable Development Goals (SDGs), and are essential for decision-makers as they aim to improve the health of populations. We have highlighted some uses and coverage of last year’s SDG report and paired them with particularly interesting or notable findings from GBD 2016.
In a new series of papers published yesterday, the GBD Eastern Mediterranean Region (EMR) collaborators describe the disease burden of the 22 countries that make up the EMR. While wars and civil unrest are currently the primary cause of death and disability in many Middle Eastern countries, the authors of the studies point out that other pressing issues are also multiplying both due to and alongside the ongoing unrest.
The FIA Foundation’s recent report, “Step Change: An Action Agenda on Safe Walking for Africa’s Children,” uses data from the Global Burden of Disease (GBD) study to highlight the high burden of road traffic injuries among children in sub-Saharan Africa. The FIA Foundation is a UK-based charity that promotes road safety, the environment, and sustainable transport, and funds research on motor sport safety.
In his annual letter on philanthropy, Michael Bloomberg – founder of Bloomberg Philanthropies and former mayor of New York City – emphasizes the importance of following the data no matter where it leads us in global health. And by drawing on data from the GBD study, Bloomberg and his organization find themselves looking squarely at non-communicable diseases (NCDs), and their growing impact worldwide.
A new analysis by Global Burden of Disease collaborators highlights that people are still dying from preventable, treatable causes, and reveals inequitable global progress in improving healthcare access and quality. Having already sparked global interest, results from this analysis are a reminder that development is not the only indicator of healthcare access and quality, and that improvements can occur more rapidly, particularly in countries that are lagging behind.
With rising threats from non-communicable diseases and emerging infectious diseases, effective global health leadership is vital. In their new book, Governing Global Health: Who Runs the World and Why, Chelsea Clinton and Devi Sridhar use findings on global health spending from the Institute for Health Metrics and Evaluation (IHME) to better understand the different actors in the global health space and look at how well they are helping address the world’s health problems.
A new study from IHME contributors on “Inequalities in life expectancy among US counties, 1980 to 2014” has provoked widespread attention and discussion from media organizations, decision-makers, and the public.While life expectancy has increased for the US as a whole, the inequality among counties and regions was far more dramatic than most expected, with differences of as much as 20 years between the counties with the highest and lowest life expectancies.
In Ethiopia the Global Burden of Disease (GBD) study is being used to support the Ministry of Health’s drive to strengthen evidence-based decision-making, in collaboration with key partners.