PRESS-NEWS.org - Press Release Distribution
PRESS RELEASES DISTRIBUTION

Regulating density of alcohol outlets a promising strategy to improve public health

Despite potential, many public health agencies unaware of how to use regulation of alcohol density to address excessive drinking

2013-04-11
(Press-News.org) Regulating alcohol outlet density, or the number of physical locations in which alcoholic beverages are available for purchase in a geographic area, is an effective strategy for reducing excessive alcohol consumption and associated harms. A new report from the Center on Alcohol Marketing and Youth (CAMY) at the Johns Hopkins Bloomberg School of Public Health documents how localities can address alcohol outlet density, and outlines the critical role of health departments and community coalitions in these efforts. The report, published in the journal Preventing Chronic Disease, is an important resource for public health practitioners, many of which are often unaware of the potential of this evidence-based strategy. "Excessive alcohol use is the third leading cause of preventable death in the U.S., and responsible for approximately 80,000 deaths annually," said lead study author David Jernigan, PhD, CAMY director. "Public health agencies are on the frontlines of addressing the toll alcohol misuse has on the public's health, and are therefore well-positioned to inform communities about the benefits of addressing alcohol outlet density in their communities." The report notes that the public health profession has a tradition of promoting health and preventing harm through the use of evidence-based strategies, including land use and zoning codes. "Despite this tradition and evidence supporting regulation of alcohol outlet density, many public health professionals are unaware of its potential and do not know how to work with local authorities to implement the strategy," said Jernigan. The authors cite several examples of the significant relationship between alcohol outlet density, consumption and harms: in Los Angeles County, researchers estimated that every additional alcohol outlet was associated with 3.4 incidents of violence per year, and in New Orleans, researchers predicted that a 10 percent increase in the density of outlets selling alcohol for off-premise consumption would increase the homicide rate by 2.4 percent. The report provides four ways in which states and localities can reduce alcohol outlet density: Limit the number of alcohol outlets per specific geographic unit; limit the number of outlets per population; establish a cap on the percentage of retail outlets per total businesses in a specific area; and limit alcohol outlet locations and operating hours. In addition, localities may use land-use powers to limit, deny or remove permission to sell alcohol from existing outlets. A previously released Action Guide, Regulating Alcohol Outlet Density (see http://www.camy.org/action/Outlet_Density), developed by CAMY and Community Anti-Drug Coalitions of America (CADCA) – the nation's leading substance abuse prevention organization, representing over 5,000 community anti-drug coalitions across the country – outlines nine specific steps community coalitions and public health departments can take to educate and inform policy makers. "By providing the data necessary to inform policy decisions and building partnerships with community coalitions, state and local health departments can offer critical support to states and localities in these efforts," said report co-author Evelyn Yang, deputy director of Evaluation and Research at CADCA. "Since the publication of the Guide, we've collected several case studies of local health agencies and community coalitions effectively working to regulate alcohol outlet density," stated Jernigan. "With increased uptake by more agencies, communities can become healthier, safer places to live and work." ### Additional authors of "Using Public Health and Community Partnerships to Reduce Density of Alcohol Outlets": Michael Sparks, MA, and Randy Schwartz, MPH (CADCA).


ELSE PRESS RELEASES FROM THIS DATE:

Cell phone camera photographs microscopic cell samples

2013-04-11
VIDEO: The video as it appears in the JoVE article. Click here for more information. On April 11th JoVE (Journal of Visualized Experiments) will publish a new video article by Dr. Aydogan Ozcan demonstrating how a cell phone camera can capture images from a fluorescent microscope and flow cytometer, which will make it possible for areas with limited resources to easily run tests such as checking for contaminated water and monitoring HIV positive patients. In the new video ...

Genetic master controls expose cancers' Achilles' heel

2013-04-11
CAMBRIDGE, Mass. (April 11, 2013) – In a surprising finding that helps explain fundamental behaviors of normal and diseased cells, Whitehead Institute scientists have discovered a set of powerful gene regulators dubbed "super-enhancers" that control cell state and identity. Healthy cells employ these super-enhancers to control genes responsible for cellular functions and developmental transitions—such as that from embryonic stem cell to nerve cell—but cancer cells are able to assemble their own insidious super-enhancers to overproduce harmful oncogenes that lead to aggressive ...

Unusual suspect: Hopkins scientists find 'second fiddle' protein's role in Type 2 diabetes

2013-04-11
A team of researchers at the Johns Hopkins Children's Center has found that a protein long believed to have a minor role in type 2 diabetes is, in fact, a central player in the development of the condition that affects nearly 26 million people in the United States alone and counts as one of the leading causes of heart disease, stroke and kidney, eye and nerve damage. Working with mice, the scientists discovered that a protein called EPAC2 — deemed a second-fiddle player up until now — is actually an important regulator of insulin that appears to work by nudging insulin-secreting ...

Cell-destroyer that fights and promotes TB reveals what's behind its split identity

2013-04-11
Tumor necrosis factor – normally an infection-fighting substance produced by the body– can actually heighten susceptibility to tuberculosis if its levels are too high. University of Washington TB researchers unravel this conundrum in a report this week in Cell. Their study shows how excess production of this disease-cell destroyer at first acts as a TB germ killer. But later the opposite occurs: too much tumor necrosis factor encourages TB pathogens to multiply in the body. In addition to figuring out some reasons behind this back-pedaling, the scientists learned ...

How some leaves got fat: It's the veins

2013-04-11
A "garden variety" leaf is a broad, flat structure, but if the garden happens to be somewhere arid, it probably includes succulent plants with plump leaves full of precious water. Fat leaves did not emerge in the plant world easily. A new Brown University study published in Current Biology reports that to sustain efficient photosynthesis, they required the evolution of a fundamental remodeling of leaf vein structure: the addition of a third dimension. Leaves, after all, are food factories complete with plumbing to transport water and sugar. The farther those veins are ...

The mathematical method for simulating the evolution of the solar system has been improved

2013-04-11
In order to improve a simulation designed to study the evolution of the solar system through time, numerical mathematical methods have been developed at the Computing Faculty of the University of the Basque Country (UPV/EHU). Specifically, the methods proposed enable the simulation calculations to be done faster and more accurately. The methodology developed at the UPV/EHU's Computing Faculty is a clear example of interdisciplinarity and collaboration. Indeed, mathematicians, computer scientists, physicists and astronomers have been working together on this task, and ...

Healing by the clock

2013-04-11
Circadian rhythms keep time for all living things, from regulating when plants open their flowers to foiling people when they try to beat jet lag. Day-night cycles are controlled through ancient biological mechanisms, evolutionarily speaking, so in essence, a human has the same internal clock as a fly does. These circadian clocks govern daily rhythms through genes that synchronize molecular pathways that promote or repress protein production, influencing a multitude of body functions. Even before waking, for example, our clock-driven metabolism turns on enzymes and transporters ...

Launch of semi-synthetic artemisinin a milestone for malaria, synthetic biology

2013-04-11
Twelve years after a breakthrough discovery in his University of California, Berkeley, laboratory, professor of chemical engineering Jay Keasling is seeing his dream come true. On April 11, the pharmaceutical company Sanofi will launch the large-scale production of a partially synthetic version of artemisinin, a chemical critical to making today's front-line antimalaria drug, based on Keasling's discovery. The drug is the first triumph of the nascent field of synthetic biology and will be, Keasling hopes, a lifesaver for the hundreds of millions of people in developing ...

Magical survey shows voters are less partisan than indicated by polls

2013-04-11
Traditional opinion polls may severely underestimate the openness for political change among voters, according to research published on 10 April in the open access journal PLOS ONE. Polarisation and partisanship in politics are a constant topic of discussion, and political candidates often believe they must focus their campaign efforts on a small number of swing voters open to ideological change. Based on the wisdom of opinion polls, this might seem like a good idea. But do most voters really hold their political attitudes so firmly that they are unreceptive to persuasion? ...

Diamond as a building material for optical circuits

2013-04-11
This press release is available in German. The application of light for information processing opens up a multitude of possibilities. However, to be able to adequately use photons in circuits and sensors, materials need to have particular optical and mechanical properties. Researchers at the Karlsruhe Institute of Technology (KIT) have now for the first time used polycrystalline diamond to manufacture optical circuits and have published their results online in Nature Communications (DOI: 10.1038/ncomms2710). "Diamond has several properties that allow us to manufacture ...

LAST 30 PRESS RELEASES:

Less than half of parents think they have accurate information about bird flu

Common approaches for assessing business impact on biodiversity are powerful, but often insufficient for strategy design

Can a joke make science more trustworthy?

Hiring strategies

Growing consumption of the American eel may lead to it being critically endangered like its European counterpart

KIST develops high-performance sensor based on two-dimensional semiconductor

New study links sleep debt and night shifts to increased infection risk among nurses

Megalodon’s body size and form uncover why certain aquatic vertebrates can achieve gigantism

A longer, sleeker super predator: Megalodon’s true form

Walking, moving more may lower risk of cardiovascular death for women with cancer history

Intracortical neural interfaces: Advancing technologies for freely moving animals

Post-LLM era: New horizons for AI with knowledge, collaboration, and co-evolution

“Sloshing” from celestial collisions solves mystery of how galactic clusters stay hot

Children poisoned by the synthetic opioid, fentanyl, has risen in the U.S. – eight years of national data shows

USC researchers observe mice may have a form of first aid

VUMC to develop AI technology for therapeutic antibody discovery

Unlocking the hidden proteome: The role of coding circular RNA in cancer

Advancing lung cancer treatment: Understanding the differences between LUAD and LUSC

Study reveals widening heart disease disparities in the US

The role of ubiquitination in cancer stem cell regulation

New insights into LSD1: a key regulator in disease pathogenesis

Vanderbilt lung transplant establishes new record

Revolutionizing cancer treatment: targeting EZH2 for a new era of precision medicine

Metasurface technology offers a compact way to generate multiphoton entanglement

Effort seeks to increase cancer-gene testing in primary care

Acoustofluidics-based method facilitates intracellular nanoparticle delivery

Sulfur bacteria team up to break down organic substances in the seabed

Stretching spider silk makes it stronger

Earth's orbital rhythms link timing of giant eruptions and climate change

Ammonia build-up kills liver cells but can be prevented using existing drug

[Press-News.org] Regulating density of alcohol outlets a promising strategy to improve public health
Despite potential, many public health agencies unaware of how to use regulation of alcohol density to address excessive drinking