Who do I talk with to start a 770 account?

Where or who do I talk to so I can open or start a 770 account?

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There are many insurance companies that can do it, but in my experience, there are just 7-8 companies in the USA that are the best for what you want to accomplish. You can't go directly with the companies, but you will need to find a broker that is connected with those companies. If he/she is a good broker, he will spend some time reviewing your case and comparing results with all 5 companies to make sure you will get the best policy or "770 account" for you. You need to be careful because very few life insurance agents know how to do these "770 accounts.” You need special riders etc. Most importantly, the federal government put a restriction on these accounts in the 80’s because they were losing too much money on taxes! So now the government sets the maximum amount of money you can put in these accounts based on the Death Benefit you are purchasing. So you want to be right there on the maximum amount you can put to maximize your life benefits (not your death benefit). But if you pass the maximum amount line, then it becomes a MEC or a “modified endowment contract,” which means that you lose the tax-free privilege. If you are interested, I could personally guide you in opening a 770 account - edgar@arceofinancial.com or through my website: www.arceofinancial.com (You can also check www.770account.com for more information)
A Soyuz capsule carrying three astronauts successfully docked Friday with the International Space Station, bringing the size of the crew at the orbiting lab to six. Affirmative action proponents cast a Supreme Court ruling in a favorable light, but opponents said it signaled the end to a divisive practice. Michelle Obama draws criticism and praise not only for her advocacy for nutrition but also for TV push-ups, the â€?mom dance” and the Oscars. What do nuclear disasters and smoke detectors share in common?This week's element is americium, which has the atomic symbol Am and the atomic number, 95. This element was named for the continent, North America (or the country, the United States of America, depending upon who you believe), and its name was inspired by the lanthanoid, europium, which resides directly above it on the periodic table and shares many of the same chemical properties. Americium is a transuranic element, which means that it has an atomic number greater than 92. (All transuranic elements are are radioactive and unstable.) As you can see in the above image, americium is a shiny silvery-coloured metal. Trace amounts of several americium isotopes can be found in the wild in minerals containing uranium and small amounts can be found in areas where nuclear weapons tests or disasters occurred. Americium has 19 isotopes. Or so. Two isotopes, which decay by emitting alpha particles, have have relatively long half-lives; americium-243 has a half-life of 7,370 years and americium-241 has a half-life of 432.2 years. The other isotopes have fleeting half-lives, none of which exceeds 51 hours. (Keep in mind that americium's many daughters emit gamma-rays and neutrons, which are very damaging.) Americium isotopes with odd numbers of neutrons are most unstable, having both a high rate of nuclear fission and a low critical mass. Due to its radioactivity and instability, americium is dangerous and thus, is only handled in nuclear facilities and research laboratories under stringent precautions. Despite the fact that it can be lethal, americium has saved uncounted lives around the world. How? Americium dioxide is the "active ingredient" in home smoke detectors. One type of smoke detector -- the one found in most private homes -- uses a very small "button" of americium-241 to detect smoke or other particulates in the air. (This amount of americium is too small to cause harm to the home's occupants.) Basically, americium-241 emits alpha particles that ionize air molecules that circulate freely through a small chamber inside the device. These ions carry a small electrical current between two electrodes that are also located in the chamber. When smoke enters this chamber, it absorbs the ions, which then causes the current to drop. This change in electrical current activates the alarm. Of course, other particulates (such as steam or dust) can also set off the alarm, falsely. I rediscovered this annoying "feature" during my recent stay in London whilst showering in a bathroom that was the size of a postage stamp. I opened the bathroom door so I could use the mirror, and the increase in humidity in the room set off the smoke detector. Here's a brilliant video that explains in detail the engineering of americium-based smoke detectors:[Video link]Because americium must be synthesised, it is considered to be an artificial element. For this reason, it is of little interest to biologists because it is not essential for life. However, several bacterial and fungal species do bind americium and remove it from aqueous solution, making them promising for removing americium from contaminated waterways.Here's some of our favourite chemists telling us a little more about the wonders of americium: [Video link].. .. .. .. .. .. .. .. .. .. .. .. Video journalist Brady Haran is the man with the camera and the University of Nottingham is the place with the chemists. You can follow Brady on twitter @periodicvideos and the University of Nottingham on twitter @UniofNottingham You've already met these elements:Plutonium: Pu, atomic number 94Neptunium: Np, atomic number 93Uranium: U, atomic number 92Protactinium: Pa, atomic number 91Thorium: Th, atomic number 90Actinium: Ac, atomic number 89Radium: Ra, atomic number 88Francium: Fr, atomic number 87Radon: Rn, atomic number 86Astatine: As, atomic number 85Polonium: Po, atomic number 84Bismuth: Bi, aquaponics-4-you 83Lead: Pb, atomic number 82Thallium: Tl, atomic number 81Mercury: Hg, atomic number 80Gold: Au, atomic number 79Platinum: Pt, atomic number 78Iridium: Ir, atomic number 77Osmium: Os, atomic number 76Rhenium: Re, atomic number 75Tungsten: W, atomic number 74Tantalum: Ta, atomic number 73Hafnium: Hf, atomic number 72Lutetium: Lu, atomic number 71Ytterbium: Yb, atomic number 70Thulium: Tm, atomic number 69Erbium: Er, atomic number 68Holmium: Ho, atomic number 67Dysprosium: Dy, atomic number 66Terbium: Tb, atomic number 65Gadolinium: Gd, atomic number 64Europium: Eu, atomic number 63Samarium: Sm, atomic number 62Promethium: Pm, atomic number 61Neodymium: Nd, atomic number 60Praseodymium: Pr, atomic number 59Cerium: Ce, atomic number 58Lanthanum: La, atomic number 57Barium: Ba, atomic number 56Cæsium: Cs, atomic number 55Xenon: Xe, atomic number 54Iodine: I, atomic number 53Tellurium: Te, atomic number 52Antimony: Sb, atomic number 51Tin: Sn, atomic number 50Indium: In, atomic number 49Cadmium: Cd, atomic number 48Silver: Ag, atomic number 47Palladium: Pd, atomic number 46Rhodium: Rh, atomic number 45Ruthenium: Ru, atomic number 44Technetium: Tc, atomic number 43Molybdenum: Mo, atomic number 42Niobium: Ni, atomic number 41Zirconium: Zr, atomic number 40Yttrium: Y, atomic number 39Strontium: Sr, atomic number 38Rubidium: Rr, atomic number 37Krypton: Kr, atomic number 36Bromine: Br, atomic number 35Selenium: Se, atomic number 34Arsenic: As, atomic number 33Germanium: Ge, atomic number 32Gallium: Ga, atomic number 31Zinc: Zn, atomic number 30Copper: Cu, atomic number 29Nickel: Ni, atomic number 28Cobalt: Co, atomic number 27Iron: Fe, atomic number 26Manganese: Mn, atomic number 25Chromium: Cr, atomic number 24Vanadium: V, atomic number 23Titanium: Ti, atomic number 22Scandium: Sc, atomic number 21Calcium: Ca, atomic number 20Potassium: K, atomic number 19Argon: Ar, atomic number 18Chlorine: Cl, atomic number 17Sulfur: S, atomic number 16Phosphorus: P, atomic number 15Silicon: Si, atomic number 14Aluminium: Al, atomic number 13Magnesium: Mg, atomic number 12Sodium: Na, atomic number 11Neon: Ne, atomic number 10Fluorine: F, atomic number 9Oxygen: O, atomic number 8Nitrogen: N, atomic number 7Carbon: C, atomic number 6Boron: B, atomic number 5Beryllium: Be, atomic number 4Lithium: Li, atomic number 3Helium: He, atomic number 2Hydrogen: H, atomic number 1Here's the Royal Society of Chemistry's interactive Periodic Table of the Elements that is just really really fun to play with! .. .. .. .. .. .. .. .. .. .. .. Grrlscientist can also be found here: Maniraptora, and she lurks on social media: facebook, Google +, LinkedIn, Pinterest and of course, twitter: @GrrlScientistChemistryGrrlScientistguardian.co.uk © 2013 Guardian News and Media Limited or its affiliated companies. All rights reserved. | Use of this content is subject to our Terms & Conditions | More Feeds As a child in the 1980s, I was convinced that an ecological disaster was imminent. Scattered into my afternoon television programs were commercials about the dangers of soil erosion and acid rain. The scariest of all were ads showing some furry, wide-eyed primate, followed by the warning: "Extinc... Oracle and NetSuite are to jointly offer cloud services to mid-size business customers. The alliance announced Wednesday is the third this week around Oracle's technologies. The Redwood Shores, Calif., company announced earlier this week agreements with Microsoft and cloud computing company Salesforce.com. "Over there, look," trainer Juilieanna McGuire says, pointing discreetly toward a young woman stretching her back over a large rubber exercise ball. "I used to try to correct them, but now it would be a full-time job." Five dishes that feature the beautiful, sweet vegetables of spring: artichokes and peas, favas and asparagus, spring garlic and onions. In computer science, the buzzword of the day is â€?big data.” The proliferation of cheap, Internet-connected sensors — such as the GPS receivers, accelerometers and cameras in smartphones — has meant an explosion of information whose potential uses have barely begun to be explored. In large part, that’s because processing all that data can be prohibitively time-consuming.Most computer scientists try to make better sense of big data by developing ever-more-efficient algorithms. But in a paper presented this month at the Association for Computing Machinery’s International Conference on Advances in Geographic Information Systems, MIT researchers take the opposite approach, describing a novel way to represent data so that it takes up much less space in memory but can still be processed in conventional ways. While promising significant computational speedups, the approach could be more generally applicable than other natural vitiligo treatment since it can work with existing algorithms.In the new paper, the researchers apply their technique to two-dimensional location data generated by GPS receivers, a very natural application that also demonstrates clearly how the technique works. As Daniela Rus, a professor of computer science and engineering and director of MIT’s Computer Science and Artificial Intelligence Laboratory, explains, GPS receivers take position readings every 10 seconds, which adds up to a gigabyte of data each day. A computer system trying to process GPS data from tens of thousands of cars in order to infer traffic patterns could quickly be overwhelmed.But in analyzing the route traversed by a car, it’s generally not necessary to consider the precise coordinates of every point along the route. The essential information is the points at which the car turns; the path between such points can be approximated by a straight line. That’s what the new algorithm does.A key aspect of the algorithm, explains Dan Feldman, a postdoc in Rus’ group and lead author on the new paper, is that it can compress data on the fly. For instance, it could compress the first megabyte of data it receives from a car, then wait until another megabyte builds up and compress again, then wait for another megabyte, and so on — and yet the final representation of the data would preserve almost as much information as if the algorithm had waited for all the data to arrive before compressing.Drawing the lineIn some sense, Feldman says, the problem of approximating pathways between points is similar to the problem solved by regression analysis, a procedure common in statistics that finds the one line that best fits a scatter of data points. One major difference, however, is that the researchers’ algorithm has to find a series of line segments that best fit the data points.As Feldman explains, choosing the number of line segments involves a trade-off between accuracy and complexity. â€?If you have N points, k” — the number of line segments — â€?is a number between 1 and N, and when you increase k, the error will be smaller,” Feldman says. â€?If you just connect every two points, the error will be zero, but then it won’t be a good approximation. If you just take k equal to 1, like linear regression, it will be too rough an approximation.” So the first task of the algorithm is to find the optimal trade-off between number of line segments and error.The next step is to calculate the optimal set of k line segments — the ones that best fit the data. The step after that, however, is the crucial one: In addition to storing a mathematical representation of the line segment that best fits each scatter of points, the algorithm also stores the precise coordinates of a random sampling of the points. Points that fall farther from the line have a higher chance of being sampled, but the sampled points are also given a weight that’s inversely proportional to their chance of being sampled. That is, points close to the line have a lower chance of being sampled, but if one of them is sampled, it’s given more weight, since it stands in for a larger number of unsampled points.It’s this combination of linear approximations and random samples that enables the algorithm to compress data on the fly. On the basis of the samples, the algorithm can recalculate the optimal line segments, if needed, as new data arrives.Satisfaction guaranteedDuring compression, some information is lost, but Feldman, Rus, and graduate student Cynthia Sung, the paper’s third author, were able to provide strict mathematical guarantees that the error introduced will stay beneath a low threshold. In many big-data contexts, a slightly erroneous approximation is much better than a calculation that can’t be performed at all.In principle, the same approach could work with any type of data, in many more dimensions than the two recorded by GPS receivers. For instance, with each GPS reading, a car could also record temperature and air pressure and take a snapshot of the road ahead of it. Each additional measurement would just be another coordinate of a point in multiple dimensions. Then, when the compression tinnitus miracle review the randomly sampled points would include snapshots and atmospheric data. The data could serve as the basis for a computer system that, for instance, retrieved photos that characterized any stretch of road on a map, in addition to inferring traffic patterns.The trick in determining new applications of the technique is to find cases in which linear approximations of point scatters have a clear meaning. In the case of GPS data, that’s simple: Each line segment represents the approximate path taken between turns. One of the new applications that Feldman is investigating is the analysis of video data, where each line segment represents a scene, and the junctures between line segments represent cuts. There, too, the final representation of the data would automatically include sample frames from each scene.According to Alexandre Bayen, an associate professor of systems engineering at the University of California, at Berkeley, the MIT researchers’ new paper â€?pioneers the field” of â€?extracting repeated patterns from a GPS signal and using this data to produce maps for streaming GPS data.” In computer science parlance, Bayen explains, a reduced data set that can be processed as if it were a larger set is called a â€?coreset.” â€?The coreset is a good solution to big-data problems because they extract efficiently the semantically important parts of the signal and use only this information for processing,” Bayen says. â€?These important parts are selected such that running the algorithm on the coreset data is only a little bit worse than running the algorithm on the entire data set, and this error has guaranteed bounds.” There are only 15 women in the list of 65 great thinkers. And the top 10 are all male. What, as women, are we to think of this?Today's top 10 leading thinkers are all men, according to a global poll published by Prospect magazine today. Advertised as "a snapshot of the intellectual trends that dominate our age", the most glaring trend seems to be the absence of women.Any list, even one garnering 10,000 votes from over 100 countries before being decided on by a panel of 10, is bound to be subjective and somewhat partial. But this latest highlights the fact that when it comes to judging people for their ideas, voters act as though they still can't get past the image of a thinker provided by an old French sculptor – a man with his head in his hand.There are 15 women in the list of 65 thinkers, or some 23% of the total. Evolutionary biologist Richard Dawkins tops the poll, in which scientists and economists, particularly those au courant with social media, are in the ascendance.In contrast there's a far higher proportion of writers among the female contenders. The leading female thinker, for example, is Arundhati Roy at number 15, a novelist turned campaigner. The women judged most successful over the past 12 months tend to be writers such as journalist Anne Applebaum, and the novelists Hilary Mantel and Zadie Smith.Two women successful because of their business or political success – Facebook boss Sheryl Sandberg and Anne-Marie Slaughter – have become internationally recognised for two works – Lean In and Why Women Still Can't Have it All – which deal in their different ways with how women can and cannot balance work with children.I scrolled down to find male writers on the list who had either written about the work-life balance or been criticised for having "an army of domestic drudges to do their work" and, amazingly, I failed to find any.At this point I felt I had a bit of a eureka moment of my own. When it comes to Big Idea books, whether Thinking Fast and Slow or The Wisdom of Crowds, it's men that have them. When women write about ideas they either focus on living their lives or are criticised for doing so. Either way, they are not expected to think big.Sadly, this is not an unusual thought. My colleague Alison Flood wrote about this back in 2008 when she asked why such books were dominated by men. She also made the point that with academia, science and economics dominated by men, the numbers game is not in women's favour. forex growth bot tiny aside, but the 15 women lauded by Prospect at least prevented the list adding to this brilliant meme on men-only clubs.Jessica Abrahams of Prospect has written a piece pointing out that the proportion of women on the list has has doubled since the last poll in 2008 with a few more economists and business leaders than previously.Yet there are still obvious absences from the list. Gloria Steinem, Mary Beard, Mona Siddiqui, Shirin Ebadi spring to mind. Others suggested Lionel Shriver or Katha Pollitt. So come on Guardian readers, which women make you think? And why aren't more of them applauded for doing so.Read more about the poll here. WomenGenderArundhati RoyHilary MantelSheryl SandbergMagazinesJane Martinsonguardian.co.uk © 2013 Guardian News and Media Limited or its affiliated companies. All rights reserved. | Use of this content is subject to our Terms & Conditions | More Feeds Sometime in 2010, a senior official in the Chinese Communist Party named Zhao Xiyong arrived in Yunnan, a mountainous province that is one of the poorest in China. Zhao had a jet-black hair, a fancy title (head of the Beijing-based State Council Research Office), a big appetite and lots of empty nostrums about good governance. Officials in Yunnan doted over him for three years, toasting him at dinners and competing for his favor. Read full article >> As an undergraduate at Princeton University, Cohen-Tanugi studied physics and East Asian studies. Interestingly, he found water technology to be at the intersection of these two interests. While at Princeton, Cohen-Tanugi had the opportunity to live in China on two different occasions. The first time was a summer spent volunteering as an educator in rural China, teaching philosophy, French and physics. The second time, also during a summer, he worked for the National Resources Defense Council (NRDC) investigating the effects of urban planning on traffic congestion in Beijing. â€?There was something about not seeing the sun for nearly two months on end, on account of all the smog, that made me realize that I didn’t want the rest of the world to experience that,” Cohen-Tanugi says. During a subsequent visit to China, as an NRDC China Climate Fellow working to coordinate efforts between the United States and China to address climate change, he observed that â€?China sees the potential in desalination … because they are becoming more and more sensitive to the stress of the lack of water.” A new role for grapheneHaving observed the world’s most populous nation positioning itself for innovation in the water sector, Cohen-Tanugi started to see opportunities in desalination as well. Since enrolling at MIT in 2010 and working with Jeffrey Grossman, the Carl Richard Soderberg Associate Professor of Power Engineering, Cohen-Tanugi’s focus has become engineering better filters or membranes to purify saline water. â€?The better your membrane, the less energy you will consume in the process,” Cohen-Tanugi says. â€?The thinner the membrane, the more water will go through and help with efficiency of the desalination plant.” Using computer simulations, Cohen-Tanugi has experimented with graphene: a very thin, yet strong, material whose small pores can be â€?tuned” to allow more water in, while still blocking impurities. These tiny nanopores, produced using methods such as chemical etching and hydrogen ion beam drilling, could actually turn graphene into an ultrasensitive filtration tool. In contrast to current polyamide-based filters, graphene filters could drastically reduce both the amount of salt in water and the energy required for desalination. While graphene has been used extensively in electronics, Cohen-Tanugi says there has been little work on graphene-based filters for use in desalination. Once the efficacy of these graphene filters has been established, Cohen-Tanugi hopes that they might be added to desalination facilities like the one under construction in San Diego that will rank, upon its completion, as the largest in the Western Hemisphere. â€?The idea behind such filters is that a big plant will do the initial treatment of saline water and then it will go to regular water facilities for distribution,” he says. Inspired by IsraelAs part of his research on desalination, Cohen-Tanugi was part of an MIT International Science and Technology Initiatives (MISTI) trip last December to Israel, where he learned more about how trademiner puts desalination technology to use. â€?They rely a lot on desalination and have alleviated a lot of their water problems,” Cohen-Tanugi says. â€?They don’t consider themselves in a permanent water crisis anymore, and a lot of it has to do with their infrastructure post-water treatment.” For example, Cohen-Tanugi describes how roadside flora is irrigated in Israel: â€?The trees had a network of pipes around their base that would feed them with water that had been treated. It wasn’t a sprinkler that aimed in a general direction or even a person who watered it, but a very focused, conservative system that kept the tree watered.” There is still the issue of the amount of energy that desalination requires, which is another avenue to consider, according to Cohen-Tanugi. â€?Desalination has only been around for about 50 years, and there is much room for improvement,” he says.Cohen-Tanugi also serves as the president of the MIT Water Club, a network of individuals who are working in the water sector. â€?We bring together students, researchers, investors, people from the policy end and entrepreneurs to talk about water issues,” Cohen-Tanugi says. â€?It helps connect people from different fields to address the problems of a common resource.” Cohen-Tanugi hopes, upon completing his PhD in about two years, to find a position where he can continue to apply technical insights to environmental issues — as well as a way of engaging his fascination with East Asia. We’ve done a good job of reducing smoking rates. Now it’s time to finish the job. Greek yogurt, now produced under a number of name brands, is catching on in restaurants as an ingredient that’s sumptuous and easy to use. Farm bills passed by the full Senate and the House Agriculture Committee in 2012 would cost billions more this year if they were enacted without changes, according to a new estimate from the Congressional Budget Office. The company said it hoped to distribute content through partnerships with Yahoo, AOL and Twitter. Andrew W. Lo, the Charles E. and Susan T. Harris Professor of Finance and the director of MIT’s Laboratory for Financial Engineering; and The United States Nuclear Regulatory Commission has appointed Professor Ronald Ballinger to the Advisory Committee on Reactor Safeguards (ACRS) for a four-year term.Ballinger is a professor of nuclear science and engineering and materials science and engineering, and is head of the H.H. Uhlig Corrosion Laboratory at MIT. His areas of specialization are materials selection, nuclear engineering systems, environmental degradation and life assessment of these systems. In addition to the courses he has taught at MIT, Ballinger has also developed and taught several industrial courses on environmental degradation with EPRI and the Materials Aging Institute.Ballinger has a bachelor’s degree in mechanical engineering from Worcester Polytechnic Institute. He earned master’s degrees in nuclear engineering and materials science and a doctorate in nuclear engineering from MIT. He is a member of several professional societies and has chaired the Materials Science and Technology Division of the American Nuclear Society. Accokeek, in southern Prince George's County, has a dual personality not readily visible from Route 210, a four-lane highway that bisects the community. On the first day of a high-profile diplomatic conference in Washington between China and the United States, someone reportedly spraypainted the Chinese character for "demolish" on the Chinese embassy -- perhaps a protest, some have suggested, against forced evictions and land grabs in China. Read full article >> If one thing was clear from Rory McIlroy's meeting with the media on Wednesday it was that five days of constant criticism and speculation have not embittered the 23-year-old Northern Irishman. The Warriors used the 3-point shooting of Stephen Curry and the Grizzlies employed their trademark rugged defense to advance in the Western Conference playoffs. With most of their rivals mired in financial difficulties, Juventus had to do little more than repeat last year's recipe to retain the Serie A title. PORT-AU-PRINCE, HAITI -- Yolette Pierre says thank you, America. She points to the plastic over her head, to a gray sack on the dirt floor, to a bucket in the corner. Thank you for the tarp. Thank you for the rice. Thank you for the water,
Edward Albee’s play “Laying an Egg” was to have been the centerpiece of the new season at the Signature Theater, which scheduled and postponed the work once before, in the 2011-12 season. No matter. The London Daily Mail reports 25 women are pumping and donating their breast milk.Most homeowners approach landscape design in a way that is meant to meet their immediate need, whether that is screening, groundcover, shade or flowering plants. The proper approach to landscape design is multi-dimensional -- considering interest on ground, vertical and overhead planes. Breastfed babies admitted to hospital with dehydration or weight loss rarely suffered serious damage, researchers findVery few babies become dehydrated and seriously ill because they are not getting enough milk from breastfeeding, according to a study that calls for better support for mothers to help them establish nursing rather than resorting to formula.Following a series of alarming stories where the plight of individual babies was described in medical journals and later in the press, doctors in Bradford and Sheffield began a study to find out how common it was for feeding to go disastrously wrong.They collected details of every case of severe neonatal hypernatraemia – where newborn babies rapidly lose weight, become dehydrated and develop raised salt levels because they are not getting enough milk – in the UK and Republic of Ireland over one year. If not treated, the condition can lead to seizures, gangrene, brain damage and even death.But Dr Sam Oddie and colleagues found only 62 cases from May 2009 to June 2010, a prevalence of seven in every 100,000 live births. In their paper, published on Wednesday in the Archives of Disease in Childhood and seen exclusively by the Guardian, they write that all the babies were admitted to hospital, mostly because of weight loss, and some were intravenously fed.However, all were discharged within two days to two weeks having gained weight and none had long-term damage.The evidence should reassure parents – but the researchers stressed it should also encourage them to seek help when struggling to establish breastfeeding. There are also milder cases of problems where babies are not feeding properly. But Oddie and other experts said the answer is not bottle-feeding but more help for women to ensure the baby attaches properly to the breast and is fed often enough.Oddie said: "While we always expected to see low figures for this level of severity, the very nature of these cases made it important to find out exact data in order to understand what health professionals can do to better support women who breastfeed."This new British and Irish research helps us to understand the scale of the problem for the very first time so we can now work out what to aquaponics 4 you it — how to spot it and how to act on it."If picked up soon enough, the effects are easy to reverse with a steady process of rehydration, but it is not always easy to spot as babies can look pink and alert while being on the verge of becoming critically ill."Measures such as early initiation of breastfeeding, skilled helpers observing and supporting women breastfeeding, and targeting help in cases where feeding is difficult – such as where there is excess weight loss, decreased stool output or both – will both support the initiation of breastfeeding in general and find cases where a more serious problem may be developing."As far as I'm concerned the answer isn't more formula feeding, but better support for breastfeeding from the outset. Women who are having difficulties should be monitored and helped – this is something society really needs to invest in."Almost every baby is capable of breastfeeding, Oddie said. "In only a few cases were there special features of the baby that made it likely that there would be a severe feeding problem. [One of the babies, for instance, was found to have a cleft palate.] Normally all babies can get established with breastfeeding with the right support."But Oddie stressed that mothers need confident and well-trained midwives, health visitors and other NHS staff to encourage and advise them. "Healthcare professionals lack confidence in their ability to know when breastfeeding is going well. I think that is interpreted by other healthcare professionals and women as a lack of confidence in the process itself."The paper says that cases of severe hypernatraemia in the UK seem more likely to be linked to problems around getting breastfeeding established than those in, for instance, the Netherlands – where a similar study has been done."It is tempting to speculate that the relatively low rates of initiation and particularly continuation of breastfeeding in the UK may form part of the explanation for this," the researchers write."Where long-term breastfeeding is more common, both health professionals and friends and family are more familiar with it, more aware of how to do it properly and more able to pick up on problems."Anne Woods, deputy programme manager for Unicef's Baby Friendly Initiative (BFI) – a scheme that gives accreditation to hospitals after training the staff to help mothers breastfeed – said the number of babies who could not feed was negligible and only a very small percentage – about 1% – of women would struggle to make enough milk. "The numbers who breastfeed in this country do not reflect the numbers who could breastfeed if they had effective support," she said.Where there are problems, she added, "it fundamentally boils down to the fact that the baby is not forex growth bot pdf the breast effectively. The whole of the baby's mouth has to make contact and draw the breast tissue into the mouth."But because we have a bottle-feeding culture in the UK, she said, some women do not realise this and "try to bottle-feed with their breast", so the baby takes only the nipple and does not get enough milk.The other problem is when babies do not feed often enough. After a difficult labour or pain relief, the baby may be sleepy. There is also an expectation she said, that a baby will feed and then sleep for four hours.Yet most adults eat or drink more than six times in 24 hours, she said -even if it is only a cup of tea and a biscuit.In England, only 20% of hospital maternity units (accounting for nearly 22% of births) are BFI-accredited by Unicef, compared with 70% in Scotland, 60% in Northern Ireland and 40% in Wales. But problems can anyway arise once the baby goes home, because visits from midwives and then health visitors are not as common as they were.There are danger signs that women themselves can look out for, however, and one of the most significant is the frequency of wet and dirty nappies.There should be one soaked nappy in the first 24 hours, two in the second 24 hours and after that, half a dozen a day with tarry meconium stools showing by day three or four and yellow stools thereafter.BreastfeedingHealth & wellbeingParents and parentingHealthMedical researchSarah Boseleyguardian.co.uk © 2013 Guardian News and Media Limited or its affiliated companies. All rights reserved. | Use of this content is subject to our Terms & Conditions | More Feeds An American team was prevented from gathering information about the disappearance of two citizens and a resident of the United States, Ambassador Karen B. Stewart said. Theo Walcott scored the quickest Premier League goal of the season after 20 seconds on Saturday to give Arsenal a 1-0 win at Queens Park Rangers and keep them a step ahead of rivals Tottenham Hotspur in the race for the Champions League. Over the past few decades, neuroscientists have made much progress in mapping the brain by deciphering the functions of individual neurons that perform very specific tasks, such as recognizing the location or color of an object. However, there are many neurons, especially in brain regions that perform sophisticated functions such as thinking and planning, that don’t fit into this pattern. Instead of responding exclusively to one stimulus or task, these neurons react in different ways to a wide variety of things. MIT neuroscientist Earl Miller first noticed these unusual activity patterns about 20 years ago, while recording the electrical activity of neurons in animals that were trained trademiner review complex tasks. “We started noticing early on that there are a whole bunch of neurons in the prefrontal cortex that can’t be classified in the traditional way of one message per neuron,” recalls Miller, the Picower Professor of Neuroscience at MIT and a member of MIT’s Picower Institute for Learning and Memory. In a paper appearing in Nature on May 19, Miller and colleagues at Columbia University report that these neurons are essential for complex cognitive tasks, such as learning new behavior. The Columbia team, led by the study’s senior author, Stefano Fusi, developed a computer model showing that without these neurons, the brain can learn only a handful of behavioral tasks.“You need a significant proportion of these neurons,” says Fusi, an associate professor of neuroscience at Columbia. “That gives the brain a huge computational advantage.”Lead author of the paper is Mattia Rigotti, a former grad student in Fusi’s lab.Multitasking neuronsMiller and other neuroscientists who first identified this neuronal activity observed that while the patterns were difficult to predict, they were not random. “In the same context, the neurons always behave the same way. It’s just that they may convey one message in one task, and a totally different message in another task,” Miller says.For example, a neuron might distinguish between colors during one task, but issue a motor command under different conditions.Miller and colleagues proposed that this type of neuronal flexibility is key to cognitive flexibility, including the brain’s ability to learn so many new things on the fly. “You have a bunch of neurons that can be recruited for a whole bunch of different things, and what they do just changes depending on the task demands,” he says. At first, that theory encountered resistance “because it runs against the traditional idea that you can figure out the clockwork of the brain by figuring out the one thing each neuron does,” Miller says.For the new Nature study, Fusi and colleagues at Columbia created a computer model to determine more precisely what role these flexible neurons play in cognition, using experimental data gathered by Miller and his former grad student, Melissa Warden. That data came from one of the most complex tasks that Miller has ever trained a monkey to perform: The animals looked at a sequence of two pictures and had to remember the pictures and the order in which they appeared. During this task, the flexible neurons, known as “mixed selectivity neurons,” exhibited a great deal of nonlinear activity — meaning that their responses to a combination of factors cannot be predicted based on their response to each individual factor (such as one image). Expanding capacityFusi’s computer model revealed that these mixed selectivity neurons are critical to building a brain that natural vitiligo treatment review many complex tasks. When the computer model includes only neurons that perform one function, the brain can only learn very simple tasks. However, when the flexible neurons are added to the model, “everything becomes so much easier and you can create a neural system that can perform very complex tasks,” Fusi says.The flexible neurons also greatly expand the brain’s capacity to perform tasks. In the computer model, neural networks without mixed selectivity neurons could learn about 100 tasks before running out of capacity. That capacity greatly expanded to tens of millions of tasks as mixed selectivity neurons were added to the model. When mixed selectivity neurons reached about 30 percent of the total, the network’s capacity became “virtually unlimited,” Miller says — just like a human brain.Mixed selectivity neurons are especially dominant in the prefrontal cortex, where most thought, learning and planning takes place. This study demonstrates how these mixed selectivity neurons greatly increase the number of tasks that this kind of neural network can perform, says John Duncan, a professor of neuroscience at Cambridge University. “Especially for higher-order regions, the data that have often been taken as a complicating nuisance may be critical in allowing the system actually to work,” says Duncan, who was not part of the research team.Miller is now trying to figure out how the brain sorts through all of this activity to create coherent messages. There is some evidence suggesting that these neurons communicate with the correct targets by synchronizing their activity with oscillations of a particular brainwave frequency. “The idea is that neurons can send different messages to different targets by virtue of which other neurons they are synchronized with,” Miller says. “It provides a way of essentially opening up these special channels of communications so the preferred message gets to the preferred neurons and doesn’t go to neurons that don’t need to hear it.”The research was funded by the Gatsby Foundation, the Swartz Foundation and the Kavli Foundation. “Seeking Asian Female” on PBS explores the mystique of Chinese women for some Western men. The worst results came when kids picked up on a sense of helplessness, especially among mothers. THE QUESTION Might the foods people eat affect whether they develop cataracts? The nation’s only major bookstore chain has no clear path forward, reviving fears among publishers, authors and agents about its future. Martha Constantine-Paton, a professor in the Department of Brain and Cognitive Sciences and an investigator at the McGovern Institute for Brain Research at MIT has been awarded the Society for Neuroscience’s (SfN) Mika Salpeter Lifetime Achievement Award. The award recognizes individuals with outstanding career achievements in neuroscience who have also actively promoted the professional advancement of women in neuroscience. Constantine-Paton will be recognized for tinnitus miracle during SfN’s annual meeting this October. Over the past 30 years, Constantine-Paton has established a reputation as a leading figure in the field of developmental neuroscience. In particular, her pioneering work on NMDA receptor-dependent plasticity laid the groundwork for our current understanding of how the brain becomes correctly wired in response to activity and experience. She has also mentored many students and postdocs, among them several prominent women scientists, and she is very active in promoting the career development of her junior colleagues. “Martha’s research contributions have been extremely influential within her field, and her influence has also been felt through her exemplary record of mentoring and service,” says McGovern Institute Director Robert Desimone. “Martha’s career indeed represents a lifetime of achievement and I cannot imagine a more deserving recipient for this honor.” Bacchus Capital Management, co-founded by Sam Bronfman II, is providing financing and expertise to small winemakers. It didn’t take long to find the cause, fortunately. Just below the dropdown menu was a list of news items whose text-overflow value was set to ellipsis. The dots in the dropdown menu were the ellipsis characters peeking through, or being rendered on top of, the dropdown’s background. Colorful building blocks can find a home anyplace from a child’s playroom to an architect’s desk. The federal government continues to violate legal limits on spying aimed at U.S. citizens under a 2008 law that overhauled surveillance of electronic communications, according to previously secret internal government documents obtained through a court battle by the American Civil Liberties Union. When a health-care provider harms instead of heals, patients who seek answers and redress generally face the prospect of a long and costly lawsuit. But there's another option, one that can significantly reduce the toll of a court battle while providing many of the same benefits to patients and th... Watch the video at: http://video.mit.edu/watch/mit-glass-lab-where-art-meets-science-24645/ The MIT Wind Ensemble performed "Awakening" on March 2012 in Kresge Auditorium. U.S. and Pakistani officials Wednesday offered dueling accounts of the events leading up to the arrest of an American who fatally shot two men in Lahore last month and whose continued detention is at the center of an increasingly tense diplomatic standoff between the two countries. Don't even try to separate Chris Schlicht from her raw, unpasteurized milk. MEXICO CITY - Mexican President Felipe Calderon will protest to U.S. President Barack Obama in Washington next week about Arizona's crackdown on illegal immigrants, Calderon told Reuters Thursday. Ann Hampton Callaway was joined by a quintet for “From Sassy to Divine: A Celebration of Sarah Vaughan” at Dizzy’s Coca-Cola. There is a certain curiosity about the way water is used in Phoenix, which gets barely eight inches of rain a year but is not necessarily

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