Saturday, January 26, 2013

The Weekly Good: Here?s How $7 Can Help Change The World

weekly-good41[Editor's Note: This is a weekly series. If your company is doing something amazing to help a charitable cause or doing some good in your community, please reach out.] What if just by buying a t-shirt that spreads a message for a charitable cause, you could help fund that cause? What if there was a website that highlighted a specific cause and t-shirt every week? And what if that website donated $7 from each sale to that cause? You’d have Sevenly.org, and a pretty amazing startup with the sole purpose of helping to raise both money and awareness, all with fashion, e-commerce and you of course. By highlighting one cause a week, Sevenly puts all of its focus on promoting that cause, who benefits from it, and gives you a simple call to action…buy a t-shirt. I spoke to Ryan Wood from Sevenly and here’s how he describes his startup’s mission: The way that our model works is that for every single product purchased from our website, Sevenly donates $7 to that weeks cause on behalf of the supporter. For example, if our supporters purchase 1,000 products during the 7 day campaign, Sevenly will write a check for $7,000 and donate it directly to the cause (charity partner) for that week. Through this model we’re also able to do some pretty exciting things. Often times we’re able to quantify our purchases to say, for example, for every item purchased an orphaned child in Thailand will be provided with daily meals for an entire month. Or, for every item purchased a child struggling with cancer will be given a jar full of toys that will bring joy and happiness to their lives. In addition to being able to quantify these purchases, we are able to introduce match donors occassionaly for our campaigns, raising the donation amount from $7 to $14 per item purchased, and in some cases, a full $21 donated per item purchased. This week’s shirt benefits Child Help, which is dedicated to helping victims of child abuse and neglect. The company has already raised $1,554,040 for various causes since its launch, with its items being shared on various social networks 4,018,721 times. That’s quite a network effect, and pretty good for a company that started less than two years ago. While I’m not a fan of infographics, Sevenly has put one together that shows you why their model works

Source: http://feedproxy.google.com/~r/Techcrunch/~3/t5H1CvO2i_4/

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Rising Economic Inequality in America: Its Causes and - OpEdNews

Even though the United States has the largest total gross domestic product (GDP) in the world, this does not guarantee the highest level of social wellbeing that is believed to depend primarily on economic equality nor does the GDP address the income distribution issue . Income inequality in the U.S. is rampant and counterproductive. It is an economic problem that has been in the making for over the last three decades, since 1980. Many researchers have observed a parallel between income concentration before the Great Depression of 1929 and income inequality before the 2008 recession (see chart below ). Accordingly, they have blamed excessive inequality as the principal source of 2008 Great Recession and the lackluster recovery afterward. Left untreated, inequality may force the U.S. economy into another tailspin; this is according to many leading economists, some of whom consider it to be not only an economic dilemma but also a political problem. "Inequality is cause and consequence of the failure of the political system and it contributes to the instability of our economic system" says Dr Joseph Stiglitz. In his newly published book, The Price of Inequality.

Dr. Joseph Stiglitz, a Nobel Prize-winning economist, offers an in-depth examination of the causes and the consequences of income/wealth inequality in America in this book. He begins with an allusion to the popular uprisings in a few countries that were similar to the Occupy Movement in the U.S. The occupiers rightfully realized that there was something deeply wrong with the political and the economic system, that capitalism is no longer a fair game, that government is no longer serious about the plight of 99% of the population, that excessive greed is derailing capitalism from its rightful path, and that we are no longer in it together. Further inquiry shows that inequality in the United States, as measured by the income gap between the haves and have-nots , is not subsiding; rather, it is on the rise. According to the author, the top 1% of income earners is steadily getting a larger and larger share of the national income and wealth. "By 2007, the year before the crisis, the top 0.1 percent of America's households had an income that was 220 times larger than the average of the bottom 90 percent" (p. 2). In addition, the top 1% has managed to acquire more than 93% of the additional income generated by the U.S. economy in 2010, leaving only 7% for the rest of us. Before 1980, income distribution was more equal, it has gotten worse since then, thanks to insufficient government policy and the symbiotic ties between the rich and the politicians. The author claims that historical evidence does not show that greater equality is an obstacle to economic growth; instead it may well be a major contributor to it. For example, during many years after World War II, the U.S. economy grew at a much healthier rate while the income distribution was more evenhanded. The key reason for this greater equality was partially the growth-oriented, pro-middle class, government policies that not only stimulated the economy but also improved the access to public education and other vital public services.

Throughout his book, Dr. Stiglitz maintains that market forces do not bring about equality; government and other factors play a role when it comes to income distribution. Unfortunately, during the years prior to the Great Recession, government did not do much to assuage economic inequality because to do so seemed be costly economically and politically. Consequently, not only inequality persisted but also uneven access to the outcome of economic prosperity. Dr. Stiglitz explains in detail how the top 1% of the population continues to cunningly grab a bigger slice of the national output. Accordingly, inequality in the United States has been increasing not only in absolute terms but also in relative terms. Compared to other countries, the United States is "approaching the limit of inequality that marks dysfunctional societies--it is a club that we would distinctly not want to join, including Iran, Jamaica, Uganda, and the Philippines" (p. 22). ? A well-known measure of income inequality is the Gini coefficient; the closer this number is to 1, the higher the level of income inequality. This coefficient has been deteriorating for the United States in recent decades and is presently at 0.47, up from 0.4 in the early 1980s.

First and foremost, the author talks about the fatal consequences of excessive income inequality which include: economic and political polarization, meager economic growth, diminution of the middle class, insecurity, declining standard of living, and particularly the growth of poverty rate--currently at more than 15% according to the U.S. Census Bureau. Increasing poverty leads to further inequality because of the inadequate access to good education by the children of the poor and thus their inability to attain gainful employment later in life, creating what the author calls the "poverty trap". Dr. Joseph Stiglitz argues that the American right does not want to even admit the inconvenient truths about inequality. They would like to deny the problematic facts related to income inequality and poverty in the United States. Consequently, they offer retorts such as poverty in America is relative and not real, or the wealthy are job creators and attempts to reverse income distribution through taxation are equivalent to killing the goose that lays the golden eggs. He rightfully reminds us that inequality is more than just an economic problem; it is a social, moral, and political problem so grave now that we have no choice but to confront it. However, we cannot alleviate inequality unless we examine the reasons behind it.

There is a wide range of factors that contribute to income inequality. Historically, income inequality existed even in pre-capitalist societies and was sanctioned by religion, which was protective of the ruling elite. Later, there emerged a popular theory, the marginal productivity theory, which justified income inequality and suggested that "those with higher productivities earned higher incomes that reflected their greater contribution to society" (p. 30). In modern time, however, other factors such as technology and distribution of financial resources also contribute to income inequality. As well, Dr. Stiglitz persistently blames certain government policies as being a leading cause of income inequality in the United States; among these are the "programs that give away the country's resources to the rich and well-connected increase the inequality" (p. 31). He argues that our political system is controlled by big corporations that have the power to shape or change the rules of the game in their favor thus creating a situation in which rent seeking becomes a way of life for the rich. Economists describe rent seeking as an attempt by certain individuals or corporations to gain a larger and larger share of national income without proper contribution to the economy. In other words, becoming wealthy not by creating wealth but by taking it away from others. The rent seeking ability of the rich, which is sanctioned by politicians, is mainly responsible for continuation of inequality according to the author.

Rent seeking is also facilitated by monopoly power. Under the competitive market, there is neither sustained abnormal profit nor an ability to extract the consumer surplus. Thus, economic profit approaches zero in the long run and the return moves toward the normal level according to economic theory. Monopoly, however, can exploit consumers by controlling supply and prices, by circumventing anti-monopoly laws and regulations, and making its business complicated and less transparent. As an example, commercial banks can make loan contracts so complicated that ordinary borrowers have no way to fully find out if they are getting a good deal. One of the most egregious f orms of rent seeking "has been that ability of those in the financial sector to take advantage of the poor and uninformed, as they made enormous amounts of money by preying upon those groups with predatory lending and abusive credit card practices" (p. 37). In modern time, a new kind of phenomenon is strengthening the monopoly power; this is called network externalities. Good examples of this are the computer operating system and the cell phone. The super interconnectedness across the globe has necessitated standardization that further brings economic power to those having control over the standards and the technology. Government has also facilitated rent seeking through protectionist policies such as imposing barriers to market entry, imposing tariffs against imports, by regulatory forbearance, and by granting too many patent rights. Dr. Stiglitz argues that even though such policies are intended to promote innovations, researches and creativity, or serve other useful purposes, they also increase rent seeking.

Likewise, giving country's natural resources to wealthy corporations at a minuscule price reinforces rent seeking so does the asymmetric information problem. For instance, prior to the recent financial crisis, a number of ? financial institutions created and sold securities they knew were risky and would fail; however, they withheld this crucial information from investors. He argues that government, knowingly or unknowingly, strengthen rent seeking scheme by handing cash to companies like pharmaceutical companies through the Medicare drug benefit. "A provision in the law that prohibited government from bargaining for prices on drugs was, in effect, a gift of some $50 billion or more per year to pharmaceutical companies" (p. 49). Similarly, when the Federal Reserve lends money to commercial banks at an almost zero percent interest rate, this allows banks to profit handsomely from free money. The same holds true for generous subsidies extended to a number of other industries. "Sadly, government munificence does not end with a few examples we have given, but to describe each and every instances of government approved rent seeking would require another book" (p. 51). The author claims that the United States differs from other countries at a similar stage of economic development when it comes to income and wealth distribution simply because its market forces are shaped by a political process that is protective of the rich. Rich companies are also able to win by changing the rules of the game to suit their purpose. "They use their political influence to get people appointed to the regulatory agencies who are sympathetic to their perspectives" (p. 47).

In addition to government, there are some other forces that contribute to inequality; these include discrimination in various forms, globalization, and advancing technology. Mismanaged globalization benefits only certain corporations and the increased use of technology leads to elimination of low-skilled jobs. As the supply of unskilled workers increases, their wage rates keep falling causing wage disparity and exacerbating inequality. Too, technology has increased the availability of advanced capital tools and higher productivity of labor, especially in the manufacturing sector. Thus, business firms can produce a given amount of output with a smaller number of workers giving rise to higher unemployment and lower overall wage rates. Unemployed workers may not be able find jobs because their inadequate education and lack of progressive skills make them unemployable in modern industries. Again, government could play a positive role in ameliorating the situation. "The most important role of government, however, is setting the basic rules of the game, through laws such as those that encourage or discourage unionization, corporate governance laws that determine the discretion of management, and competition laws that should limit the extent of monopoly rents" (p. 57). Globalization has not helped either since the increased competition in the labor market has stripped workers of their bargaining power. Frictionless mobility of capital resources and labor throughout the world has created circumstances in which the wage rate for ordinary workers continues to deteriorate. Dr. Stiglitz argues that globalization has neither increased the overall output of countries nor facilitated an even distribution of dividends of liberalized international trade. "In effect, globalization hurts those at the bottom not only directly but also indirectly because of the induced cutbacks in social expenditures and progressive taxation" (p. 63). In a nutshell, globalization has led to further inequality and unleveled playing fields.

Meanwhile, despite dwindling wage rates for ordinary workers, top corporate managers have been able to seize a larger share of corporate earnings thanks to the flawed corporate governance system. According to the Economic Policy Institute, the ratio of CEO pay to the average worker wage rate was 231 times greater for about 350 of the largest corporations in the U.S. in 2011. Even after all the post Great Recession backlash and public outcry against high CEO pay, it still remained high--$9.6 million in 2011 according to a report by Associated Press. Between 1990 and 2005, the cumulative surge in average CEO pay was nearly 300%, while corporate profit rose by only 106% and the average wage rate for workers rose by only 4.3% during the same period.

Discrimination is another source of inequality in the United States. Despite the significant strides made in fighting discrimination, it still persists not only overtly but also implicitly in its new form. Especially after the Great Recession, discrimination has intensified against defenseless minorities who are usually easier targets of unfair treatments; the same is true for low-income borrowers. Prior to the Great Recession era, "the banks saw them as easy targets, because they had aspiration of upward mobility; owning a home was a sign that they ? were making it into America's middle class" (p. 70). Unfortunately, however, they lost massively after the price bubble burst in the housing market which resulted in the loss of their savings, especially in African American households.

Government not only did not do enough to reverse the course of deteriorating income distribution, it even contributed to it by requiring a lesser amount in taxes from the top income earners as well as lowering the tax rate on capital gains. "The top marginal tax rate was lowered from 70% under Carter to 28% under Reagan: it went up to 39.6% under Clinton and down finally to 35% under George W. Bush" (p. 71). Given that the rich gain a major share of their income through capital gains, 57% currently, a lower tax on capital gains provides them with significant benefits. "Lowering the tax on capital gains from the ordinary rate of 35% to 15% thus gave each of these 400 [highest-income individuals], on average, a gift of $30 million in 2008 and $45 million in 2007 and lowered overall tax revenues by $12 billion in 2008 and $18 billion in 2007" (p. 72). In addition, the "loopholes and special provisions have eviscerated the [income] tax to such a degree that it has gone from providing 30% of federal revenues in mid-1950s to less than 9% today" (p. 73). The existence of such loopholes enables the rich to minimize their tax liabilities especially by hiring skilled tax lawyers. ?

Part 2 soon

Source: http://www.opednews.com/articles/Rising-Economic-Inequality-by-Reza-varjavand-130124-222.html

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Natural Home Remedies for Allergies | Austin Whole Body Health

Achoo! ?Thirty-five million Americans suffer from allergies ? often triggered by high seasonal pollen counts from spring through autumn. ?And with cedar season in Austin these can often appear in the winter months as well. ?Here are some tips on remedies you can use to help ease allergies at home.

Learn more about home remedies here..

?

Leave a Comment

Source: http://austinwholebodyhealth.com/natural-home-remedies-for-allergies/

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Microsoft virtual ecosystem aims to simulate world

13 hrs.

Microsoft Research is embarking on a highly ambitious project: A computational model of an entire ecosystem, from the soil itself to the creatures that live on it.

Such a comprehensive model would be useful not just to biologists, but to city planners and legislators, who could see concrete?predictions regarding things like deforestation and dams.

To model anything from nature properly is a monumental task, regardless of scale. A single atom, a single cell, or a single organism contains so much information and so many variables that it is effectively impossible to model them perfectly.

Modeling?an entire ecosystem with any accuracy, then, is a task of mind-boggling complexity. But not too long ago, so was sequencing the human genome, or simulating the way proteins form and fold in the molecular soup of our bodies. Drew Purves at Microsoft Research in Cambridge thinks the time has come for what the company describes as a General Ecosystem Model?(also known as GEM)?? capable of simulating just about any ecosystem in the world.

Purves wrote an article for the journal Nature announcing the?team's intentions, and calling for others to help out ? because it's not a small project. They've already created a prototype, called the Madingley Model, which is already more ambitious than anything out there.

"There are a huge number of ecological and environmental models, but in our opinion, nothing that is yet as comprehensive as a GEM would be," Purves told NBC News in an emailed statement. Models for certain areas of the ocean, or specific types of forests, already exist, but can't be adapted easily. He wants to make one that's powerful enough to be applied anywhere, from the deep ocean to the high desert; you'd just need to put in the correct parameters.

It wouldn't be perfect, but you?don't need a perfect model of something to make useful predictions: Tomorrow's weather, the effects of a drug, and the existence of subatomic particles like the Higgs Boson were all theorized from imperfect models. And Purves cautions that while the researchers' work has a broader range than anything out there, it's still missing a lot.

Even without simulating bacteria or the effects of certain features like streams, researchers can reach predictions that match up to the real world. A rise in temperature, for example, would kill off certain plants and cause others to thrive, which would affect the soil they live in, the herbivores that feed on them, and the carnivores that feed on them. It could all be simulated within the model.

But they still need data. Lots more data. Purves elaborates:?"What we are really missing is good data on the state of whole ecosystems... how much herbivore biomass there is in total, or, how many individuals of each size class?" After all, a thousand, big wildebeest may consume more grass than small ones, and seek out higher territories. And since every creature ends up recycled into the ecosystem again, every statistic is important to keep track of.

Purves hopes that the model will enable not just advances in science, but in policy as well. With a true model of a state or region's ecosystem, the effects of dams, runoff, climate change, and other things can be calculated objectively and included as part of the lawmaking discussion. On that front, the researchers are collaborating with the United Nations Environment Programme to help?hone?their work for political relevance.

It's a work in progress, but in a few years it could be a powerful resource for anyone looking into the effects of just about anything on the environment and its denizens. New updates to the project will be logged at the Computational Ecology and Environmental Science section of Microsoft Research.

Devin Coldewey is a contributing writer for NBCNews Digital. His personal website is?coldewey.cc.

Source: http://www.nbcnews.com/technology/futureoftech/microsofts-virtual-ecosystem-aims-simulate-entire-world-1B8057230

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Friday, January 25, 2013

Putting the squeeze on cells: By deforming cells, researchers can deliver RNA, proteins and nanoparticles for many applications

Jan. 23, 2013 ? Living cells are surrounded by a membrane that tightly regulates what gets in and out of the cell. This barrier is necessary for cells to control their internal environment, but it makes it more difficult for scientists to deliver large molecules such as nanoparticles for imaging, or proteins that can reprogram them into pluripotent stem cells.

Researchers from MIT have now found a safe and efficient way to get large molecules through the cell membrane, by squeezing the cells through a narrow constriction that opens up tiny, temporary holes in the membrane. Any large molecules floating outside the cell -- such as RNA, proteins or nanoparticles -- can slide through the membrane during this disruption.

Using this technique, the researchers were able to deliver reprogramming proteins and generate induced pluripotent stem cells with a success rate 10 to 100 times better than any existing method. They also used it to deliver nanoparticles, including carbon nanotubes and quantum dots, which can be used to image cells and monitor what's happening inside them.

"It's very useful to be able to get large molecules into cells. We thought it might be interesting if you could have a relatively simple system that could deliver many different compounds," says Klavs Jensen, the Warren K. Lewis Professor of Chemical Engineering, professor of materials science and engineering, and a senior author of a paper describing the new device in this week's issue of the Proceedings of the National Academy of Sciences.

Robert Langer, the David H. Koch Institute Professor at MIT, is also a senior author of the paper. Lead authors are chemical engineering graduate student Armon Sharei, Koch Institute research scientist Janet Zoldan, and chemical engineering research associate Andrea Adamo.

A general approach

Biologists have previously developed several ways to get large molecules into cells, but all of them have drawbacks. DNA or RNA can be packaged into viruses, which are adept at entering cells, but that approach carries the risk that some of the viral DNA will get integrated into the host cell. This method is commonly used in lab experiments but has not been approved by the FDA for use in human patients.

Another way to sneak large molecules into a cell is to tag them with a short protein that can penetrate the cell membrane and drag the larger cargo along with it. Alternatively, DNA or proteins can be packaged into synthetic nanoparticles that can enter cells. However, these systems often need to be re-engineered depending on the type of cell and material being delivered. Also, with some nanoparticles much of the material ends up trapped in protective sacs called endosomes inside the cell, and there can be potential toxic side effects.

Electroporation, which involves giving cells a jolt of electricity that opens up the cell membrane, is a more general approach but can be damaging to both cells and the material being delivered.

The new MIT system appears to work for many cell types -- so far, the researchers have successfully tested it with more than a dozen types, including both human and mouse cells. It also works in cells taken directly from human patients, which are usually much more difficult to manipulate than human cell lines grown specifically for lab research.

The new device builds on previous work by Jensen and Langer's labs, in which they used microinjection to force large molecules into cells as they flowed through a microfluidic device. This wasn't as fast as the researchers would have liked, but during these studies, they discovered that when a cell is squeezed through a narrow tube, small holes open in the cell membrane, allowing nearby molecules to diffuse into the cell.

To take advantage of that, the researchers built rectangular microfluidic chips, about the size of a quarter, with 40 to 70 parallel channels. Cells are suspended in a solution with the material to be delivered and flowed through the channel at high speed -- about one meter per second. Halfway through the channel, the cells pass through a constriction about 30 to 80 percent smaller than the cells' diameter. The cells don't suffer any irreparable damage, and they maintain their normal functions after the treatment.

Special delivery

The research team is now further pursuing stem cell manipulation, which holds promise for treating a wide range of diseases. They have already shown that they can transform human fibroblast cells into pluripotent stem cells, and now plan to start working on delivering the proteins needed to differentiate stem cells into specialized tissues.

Another promising application is delivering quantum dots -- nanoparticles made of semiconducting metals that fluoresce. These dots hold promise for labeling individual proteins or other molecules inside cells, but scientists have had trouble getting them through the cell membrane without getting trapped in endosomes.

In a paper published in November, working with MIT graduate student Jungmin Lee and chemistry professor Moungi Bawendi, the researchers showed that they could get quantum dots inside human cells grown in the lab, without the particles becoming confined in endosomes or clumping together. They are now working on getting the dots to tag specific proteins inside the cells.

The researchers are also exploring the possibility of using the new system for vaccination. In theory, scientists could remove immune cells from a patient, run them through the microfluidic device and expose them to a viral protein, and then put them back in the patient. Once inside, the cells could provoke an immune response that would confer immunity against the target viral protein.

The research was funded by the National Institutes of Health and the National Cancer Institute.

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Story Source:

The above story is reprinted from materials provided by Massachusetts Institute of Technology. The original article was written by Anne Trafton.

Note: Materials may be edited for content and length. For further information, please contact the source cited above.


Journal Reference:

  1. A. Sharei, J. Zoldan, A. Adamo, W. Y. Sim, N. Cho, E. Jackson, S. Mao, S. Schneider, M.-J. Han, A. Lytton-Jean, P. A. Basto, S. Jhunjhunwala, J. Lee, D. A. Heller, J. W. Kang, G. C. Hartoularos, K.-S. Kim, D. G. Anderson, R. Langer, K. F. Jensen. A vector-free microfluidic platform for intracellular delivery. Proceedings of the National Academy of Sciences, 2013; DOI: 10.1073/pnas.1218705110

Note: If no author is given, the source is cited instead.

Disclaimer: Views expressed in this article do not necessarily reflect those of ScienceDaily or its staff.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/top_news/top_environment/~3/sMbVCnJHjZ0/130123133717.htm

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The CustoMac 2013 Buyer?s Guide Offers Hackintosh Builds for Every Budget

The CustoMac 2013 Buyer’s Guide Offers Hackintosh Builds for Every BudgetAlong with the new year comes a new set of hackintosh builds from expert hackintosher tonymacx86, including a budget mini system for under $500, riskier Intel Xeon machines for a lot more, and everything in between.

As usual, every build comes with a set of recommendations as well as upgradeable options like graphics cards, RAM, SSDs, and more. One of the greatest, more recent additions to the build lists is the TP-LINK 802.11n Wi-Fi card, allowing trouble-free wireless access on any hackintosh. If this is your first time, or you just need help getting your build together, be sure to check out our always up-to-date guide to building a hackintosh for help. It includes a step-by-step walkthrough in addition to links to other resources to help you troubleshoot more specific issues.

Building a CustoMac: Buyer's Guide January 2013 | tonymacx86

Source: http://feeds.gawker.com/~r/lifehacker/full/~3/KEfsk0lZirw/the-customac-2013-buyers-guide-offers-hackintosh-builds-for-every-budget

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Twitter ordered to ID anti-Semitic tweeters

3 hrs.

PARIS ???A French court on Thursday ordered Twitter to help identify the authors of anti-Semitic posts or face fines of the?equivalent?of?$1,300?a?day, as the social network firm comes under renewed pressure to combat racist and extremist messages.?

The order, requested by a Jewish student union and rights groups, concerned anti-Semitic material but could open the floodgates to legal pursuit of Twitter users who post a wide range of messages deemed illegal or offensive.?

"This is an excellent decision, which we hope will bring an end to the feeling of impunity that fuels the worst excesses," said Stephane Lilti, lawyer for the groups who sought the ruling.?

The anti-Semitic messages started appearing last October, and have since been deleted.?

The Paris court gave privately?held Twitter, whose general policy is that it does not control content posted on its network, 15 days to hand over data identifying people who have published messages judged anti-Semitic.?

The court also ordered Twitter to set up a system in France that helps people draw attention to illegal content. Under French law, people found guilty of inciting racial hatred can be jailed for a year and fined.?

Twitter's lawyer in France, Alexandra Neri, declined to comment.?

Failure to comply would expose the firm, founded in 2006 and now boasting 140 million monthly active users worldwide, to daily fines of 1,000 euros if the groups who sought the order request it, which Lilti said they would not hesitate to do.?

A rights group involved in the case was quick to point out that the injunction, while limited to a case of anti-Semitic traffic, set a precedent that could also have a wider impact.?

"This marks a decisive step forward in the battle against racist, homophobic and anti-Semitic offences on the Internet," the International League Against Racism and Anti-Semitism (LICRA) said in a statement.?

"Nobody can ignore French law, not even the giants of the American digital economy."?

For a first time, Twitter deployed a new message-blocker in Germany last October to jam the posting of messages by a neo-Nazi group banned by police.?

A tool Twitter calls "country withheld content" allows it to censor tweets considered illegal in a given country.?

Copyright 2013 Thomson Reuters.

Source: http://www.nbcnews.com/technology/technolog/twitter-ordered-id-anti-semitic-tweeters-france-1C8103590

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