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Weight Loss Food !!! Posted By : shrenksonlinepharma Citrus fruits like, oranges and limes contain high concentrations of Vitamin C (ascorbic acid). This Vitamin C has a fat burning quality. Vitamin C reduces the effectiveness of fat. It reduces its content and can liquefy or dilute fat. By diluting the fat, it makes it less effective, and easier to flush out of your system. Vitamin C also works on cholesterol deposits. By adding Citrus Fruits to your daily diet, you will greatly increase your metabolism, increase your ability to get rid of fat, and also control your cholesterol levels. By: shrenksonlinepharma Article Directory: http://www.articledashboard.com
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With one, they can cast back through generations to pinpoint the genes behind inherited illness. With another, they have isolated 11 variations within genes—called single nucleotide polymorphisms, SNPs or “snips”—associated with type 2 diabetes. “With chronic, complex diseases like Parkinson’s, diabetes and ALS [Lou Gehrig’s disease], multiple genes are involved,” said Qiuying Sha, an assistant professor of mathematical sciences. “You need a powerful test.” That test is the Ensemble Learning Approach (ELA), software that can detect a set of SNPs that jointly have a significant effect on a disease. With complex inherited conditions, including type 2 diabetes, single genes may precipitate the disease on their own, while other genes cause disease when they act together. In the past, finding these gene-gene combinations has been especially unwieldy, because the calculations needed to match up suspect genes among the 500,000 or so in the human genome have been virtually impossible. ELA sidesteps this problem, first by drastically narrowing the field of potentially dangerous genes, and second, by applying statistical methods to determine which SNPs act on their own and which act in combination. “We thought it was pretty cool,” Sha said. To test their model on real data, Sha’s team analyzed genes from over 1,000 people in the United Kingdom, half with type 2 diabetes and half without. They identified 11 SNPs that, singly or in pairs, are linked to the disease with a high degree of probability. Their work has been accepted by the journal Genetic Epidemiology. ELA is used to compare the genetic makeup of unrelated individuals to sort out disease-related genes. The team has also developed another approach, which uses a two-stage association test that incorporates founders’ phenotypes, called TTFP, that can examine the genomes of family members going back generations. “In the past, researchers have dealt with the nuclear family, parents and children, but this could go back to grandparents, great-grandparents . . . as far back as you want.” The team has published their findings in the European Journal of Human Genetics. An abstract is available at http://www.nature.com/ejhg/journal/v15/n11/abs/5201902a.html. Now that they’ve developed the software, the analysis is relatively simple, says Sha. But getting the genetic data to work on is not. “We don’t have the data sets yet to work with,” she says, clearly frustrated. “That’s the problem with having no medical school.” Those who do have data sets, however, can use the team’s software to help find the cause—and hopefully, the cures—for a panoply of illnesses. Other members of Michigan Tech's statistical genetics group are Associate Professor Shuanglin Zhang and postdoctoral scientists Zhaogong Zhang and Tao Feng. Adapted from materials provided by Michigan Technological University.
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About 900 field workers surveyed all adult deaths during 2001-2003 in a nationally representative sample of 1.1 million (11 lakh) homes in all parts of India. Researchers compared smoking histories of 74,000 adults who had died with 78,000 living controls. Among men in the study who died at ages 30-69, smoking caused about: * 38% of all deaths from tuberculosis (1,174 out of 3,119 deaths) * 31% of all deaths from respiratory disease (1,078 out of 3,487) * 20% of all deaths from vascular disease (1,102 out of 5,409) * 32% of all deaths from cancer (709 out of 2,248) * 23% of all deaths from disease (5,651 out of 25,290) Lead author Professor Prabhat Jha of the Centre for Global Health Research (CGHR), St. Michael's Hospital, University of Toronto, Canada, said: "The extreme risks from smoking that we found surprised us, as smokers in India start at a later age than those in Europe or America and smoke less. And, smoking kills not only from diseases like cancer and lung diseases but also from tuberculosis and heart attacks. In India, there are about 120 million (12 crore) smokers. More than one-third of men and about five per cent of women aged 30-69 smoke either cigarettes or bidis (which contain only about a quarter as much tobacco as a cigarette, wrapped in the leaf of another plant - temburni). The study found that, among men, about 61% of those who smoke can expect to die at ages 30-69 compared with only 41% of otherwise similar non-smokers. Among women, 62% of those who smoke can expect to die at ages 30-69 compared with only 38% of non-smokers. I am alarmed by the results of this study," said India's Health Minister Dr Abumani Ramadoss. "The government of India is trying to take all steps to control tobacco use - in particular by informing the many poor and illiterate of smoke risks". "It is truly remarkable that one single factor, namely smoking, which is entirely preventable, accounts for nearly one in ten of all deaths in India. The study brings out forcefully the need for immediate public action in this much neglected field", states Professor Amartya Sen, Nobel Laureate in Economics, 2001. The study found there were no safe levels of smoking, but while the hazards of smoking even a few bidis a day were substantial, the dangers of cigarette smoking were even greater, corresponding to more than a doubling of the risk of death in middle age. This suggests that cigarette smokers lose about 10 years of life compared to non-smokers - risks similar to those seen in the West. "Smoking kills, but stopping works - about a quarter of all smokers will be killed by tobacco in middle age, unless they stop," said co-author Professor Sir Richard Peto of Oxford University. "British studies show that stopping smoking is remarkably effective." Summary of key findings: * This is the first nationally representative study of smoking in India as a whole; * During the 2010s there will be about one million (10 lakh) tobacco deaths a year in India; * About 70% of these one million deaths will be before old age; meaning 700,000 (7 lakh) per year killed at ages 30-69 (600,000 men and 100,000 women); * Tobacco is responsible for 1 in 5 of all male deaths and 1 in 20 of all female deaths in middle age (i.e., at ages 30-69); * Men who smoke bidis lose on average six years of expected life, women who smoke bidis lose about eight years and men who smoke cigarette smokers lose ten years; * Smoking kills mainly by tuberculosis, respiratory and heart disease, but also by cancer; * Even smoking only a few (1-7) bidis a day raised mortality risks by one-third, and smoking only a few (1-7) cigarettes a day nearly doubled the risk; * Most of the gap between male and female mortality rates in middle age is due to smoking; * Substantial hazards were found both among educated and among illiterate adults and were found both in urban and in rural areas; * Stopping smoking works - but, only 2% of adults have quit in India, and often only after falling ill. ---------------------------- Article adapted by Medical News Today from original press release. ---------------------------- Note: Indian and western numbers: 1 lakh=100 thousand, 10 lakh=1 million, 1 crore=10 million A Nationally Representative Case-Control Study of Smoking and Death in India. New England Journal of Medicine. 358. (10.1056/NEJMsa0707719 at http://www.nejm.org/) More detailed information, including a copy of the research paper, press release in regional Indian languages, a video release (including dubbed versions in Indian regional languages), quotes from noted scientists and celebrities, Frequently Asked Questions, and PowerPoint slides of the key results are on http://www.cghr.org/tobacco and http://www.ctsu.ox.ac.uk/indiatobacco Source: Julie Saccone Centre for Global Health Research, Toronto University
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