Animal and human studies reveal health impacts of social inequality скачать в хорошем качестве

Animal and human studies reveal health impacts of social inequality

For anyone who doubts the value of advocating for greater equality in the world, this video may change your mind. People with annual incomes of less than $35,000 at age 40 don’t live as long as those making $100,000 a year, according to a study published in Science. What’s more, the fewer the social ties, the higher the risk for strokes. And those experiencing a lot of adversity growing up, such as child abuse or malnutrition, die 20 years earlier than those who did not face those challenges, the team concludes. Data from horses, rodents, whales, and nonhuman primates confirm that social factors can be key determinants in health. By merging human and animal studies, the team says, scientists may be better able to figure out how to manage social factors to keep people healthy longer. Read the research ($): https://scim.ag/308ZiHi Credits producer/editor/writer Joel Goldberg animations Val Altounian Chris Burns Joel Goldberg animals graphic Nathalie Cary Alice Kitterman special thanks Meagan Cantwell Noah Snyder-Mackler Jenny Tung Sacha Vignieri music “Relaxing Thoughtful Bells - P5” by ErickMcNerney/Pond5 “Tribe” by Podington Bear animal research visuals Susan C. Alberts Bartolomucci Lab at the University of Minnesota Fernando A. Campos Stefanie P. Clinton, 2018 Arun Roisri & Kittisak Srithorn for Phu Khieo Macaque Project India Schneider-Crease Noah Snyder-Mackler images André/Wikimedia Commons Pedro Ribeiro Simões/ Flickr - CC by 2.0 stock video aerocaminua/Videoblocks Bebimil/Videoblocks Dan Jesperson/Videoblocks Dualstock/Videoblocks dubassy/Pond5 embarafootage/Videoblocks emiryorda/Videoblocks Happyrojo/Pond5 markoconnell/Pond5 RekindlePhoto/Pond5 RichardjJones/Videoblocks VIAFilms/Pond5 worldfootage/Videoblocks archival footage Monday Feelings/Youtube CC The National Library of Medicine original research N. Snyder-Mackler et al., Science 2020 DOI: 10.1126/science.aax9553