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Source: http://www.businessinsider.com/iphone-5-will-not-have-nfc-2012-8
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When beginning a home business, the space often starts as a spare room that is converted from a bedroom into a house office. It may be a bed room, a storeroom, a sunroom or a research. 1 way to get started is to have expert contractors paint the room. The house owner should have at least a vague idea of what they want to do prior to bringing in the home painters for an estimate. The designer can assist with ideas of which colors and paint types will best fit the room and its purpose.
Fresh Start While it is just as easy to begin working in a new home workplace as soon as the child furnishings and tv set are eliminated, it is more sensible to give the space a fresh new appear. At some point, customers and visitors will see the space. If it looks like it used to be the babys nursery, people will take the business and its staff much less critically. Instead, the space ought to be stripped of all furnishings and cleaned. Once it is determined what will occur to the flooring, paint choices can be made. A new look in the new office will give it a much more expert look. This will also make the entrepreneur really feel much more expert, creating it simpler to flip off the at-work persona much more effortlessly at the end of the workday.
Colours Choosing a new appear for the house workplace is a little bit different than selecting colors for a bed room or living space. It will still have a individual contact, but the business office should appear expert. This is best carried out utilizing neutral colors, rather than the vibrant accent partitions that are often used in house decor. The vibrant colours can be utilized as trim on the doorways and windows. A easy accent wall may be a darker shade than the rest of the space.
Flooring A primary aspect in the outcome of the company offices look is the flooring. When the flooring is changed, the colors ought to be coordinated with the new paint. A thoroughly clean, fresh flooring is as essential as the relaxation of the facelift to the relaxation of the room. A put on floor ought to be changed, revitalized or coated with carpeting or region rugs. Furniture should coordinate with the partitions and flooring. When existing flooring is utilized, try to coordinate the current colors with the new paint colors.
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ScienceDaily (Aug. 28, 2012) ? Improved treatment after acute myocardial infarction and less severe patient profile have reduced 30-day mortality over the past 15 years, according to research presented at ESC Congress 2012.
The analysis of four French registries from 1995 to 2010 was presented by Professor Nicolas Danchin from the Hopital Europ?en Georges Pompidou.
Cardiologists recognize two types of myocardial infarction. The first type, ST-elevation myocardial infarction (STEMI), corresponds to the sudden, permanent occlusion of a coronary artery supplying the myocardium (cardiac muscle), usually manifesting as a prolonged, intense chest pain (what is known as a heart attack); it is a true medical emergency, as prompt reopening of the occluded artery will lead to myocardial salvage and limit the consequences of infarction. The second type, non-ST-segment elevation infarction (NSTEMI), is caused by partial or intermittent blockage of an artery, and leads to a more progressive and more limited destruction of myocardial cells; it does not usually require immediate coronary intervention.
"Over the past 15 years, the global picture of acute myocardial infarction has undergone profound changes," said Professor Danchin. "First, improvements in biological techniques have led to an easier recognition of myocardial cell death, thereby increasing the number of patients with documented myocardial necrosis (i.e. myocardial infarction) considered to have NSTEMI. Second, major changes in patient management have been implemented, following the results of numerous clinical trials in patients with myocardial infarction."
Every five years since 1995 in France, nationwide surveys of patients admitted to intensive care units for acute myocardial infarction during a one-month period have been implemented. Using data from the four registries from 1995 to 2010, the researchers sought to determine:
1) potential changes in the population of patients with heart attacks;
2) changes in their management; and
3) changes in clinical outcomes.
In all, 10,610 patients participated (1995: 2,152; 2000: 2,320; 2005: 3,059; 2010: 3,079). The proportion of patients with NSTEMI (1995: 29%; 2000: 21%; 2005: 47%; 2010 44%) increased after 2000 because of the generalized use of troponin measurements to detect myocardial necrosis. "Previously these patients would have been considered to have unstable angina," said Professor Danchin. "The distinction is important because unstable angina usually carries a lower risk than NSTEMI."
Mean age from 1995 to 2010 remained stable in NSTEMI patients (68 years) and decreased from 66 to 63 years in STEMI patients. From 1995 to 2010 there were increases in the prevalence of obesity (14% to 22%), diabetes (17% to 21%), hypertension (46% to 54%), current smoking (31% to 34%) and hypercholesterolemia (36% to 43%). "Overall, the patient risk profile is less severe in 2010 than in 1995 for both STEMI and NSTEMI patients, although several of the most common risk factors for developing coronary artery disease increased during this time period," said Professor Danchin.
The initial severity of infarction declined progressively, in particular with fewer patients having signs of heart failure. Professor Danchin said: "This could be because of the efficacy of primary prevention in patients with previously recognised risk factors, or secondary prevention in patients with known coronary artery disease."
Major changes in management were noted across all types of myocardial infarction. From 1995 to 2010 the use of percutaneous coronary intervention (PCI) increased from 12.5% to 65% in NSTEMI and from 19.5% to 87% in STEMI. In STEMI, the use of emergency reperfusion therapy to reopen the blocked artery increased from 49% to 75%; primary PCI increased from 12% to 60% and fibrinolysis decreased from 37% to 14%. Early use of evidence based medication increased (antiplatelet agents 91% to 97%, beta-blockers 64% to 81%, statins 14 to 90% and ACE inhibitors 46% to 60%). "This shows that the management of all patients with myocardial infarction has improved, with increasing use of recommended interventions and drug therapies," said Professor Danchin.
Thirty-day mortality dropped during 1995 to 2010 from 12.9% to 3.9% for all acute myocardial infarction patients. It fell from 13.7% to 4.4% in STEMI patients and 10.9% to 3.2% in NSTEMI patients. All in-hospital complications significantly decreased.
"Our analysis shows that the early mortality of both STEMI and NSTEMI patients has considerably decreased over the past 15 years," said Professor Danchin. "Our results suggest that the decreases in 30-day mortality and in-hospital complications are due to both the widespread use of coronary angiography/PCI, and earlier use of recommended medications, and the change in overall clinical presentation of the patients resulting in a decreased intrinsic risk.
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The above story is reprinted from materials provided by European Society of Cardiology (ESC), via AlphaGalileo.
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No wonder Liberty Ross may take Rupert Sanders back. She has her adulterous husband to thank for a major career revival!
While Ross may be suffering personally as a result of Sanders smooching Kristen Stewart, sources tell Radar Online that the affair "improved her profile as an actress."
Ross, a model by trade, has taken bit parts in last year's W.E. and this summer's Snow White and the Huntsman, but "the scripts have been flooding in and she has already received audition offers on the back of Rupert’s affair," this insider adds.
Might as well turn lemons into big screen lemonade, right?
It remains unclear if Ross and Sanders will reconcile - she's been spotted without her wedding ring on, yet he was donning his this week during a walk with the couple's kids - but Liberty's future as an actress doesn't appear to be in doubt.
"Liberty is delighted that she’s being finally recognized, she wants to pursue a career in the movies and is desperate to make more," claims the mole. "She would of preferred if it had happened in a different way, but press is press.
"If she could swap her modeling career for a successful acting one, Liberty would do it in a heartbeat."
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Harvard scientists have, for the first, time created a type of "cyborg" tissue by embedding a three-dimensional network of functional, bio-compatible nanoscale wires into engineered human tissues.
As described in a paper published August 26 in Nature Materials, a multi-institutional research team led by Charles M. Lieber, the Mark Hyman, Jr. Professor of Chemistry at Harvard and Daniel Kohane, a Harvard Medical School professor in the Department of Anesthesia at Children's Hospital Boston developed a system for creating nanoscale "scaffolds" which could be seeded with cells which later grew into tissue.
Also contributing to the work were Robert Langer, from the Koch Institute at the Massachusetts Institute of Technology, and Zhigang Suo, the Allen E. and Marilyn M. Puckett Professor of Mechanics and Materials at Harvard's School of Engineering and Applied Sciences.
"The current methods we have for monitoring or interacting with living systems are limited," said Lieber. "We can use electrodes to measure activity in cells or tissue, but that damages them. With this technology, for the first time, we can work at the same scale as the unit of biological system without interrupting it. Ultimately, this is about merging tissue with electronics in a way that it becomes difficult to determine where the tissue ends and the electronics begin."
The research addresses a concern that has long been associated with work on bioengineered tissue ? how to create systems capable of sensing chemical or electrical changes in the tissue after it has been grown and implanted. The system might also represent a solution to researchers' struggles in developing methods to directly stimulate engineered tissues and measure cellular reactions.
"In the body, the autonomic nervous system keeps track of pH, chemistry, oxygen and other factors, and triggers responses as needed," Kohane explained. "We need to be able to mimic the kind of intrinsic feedback loops the body has evolved in order to maintain fine control at the cellular and tissue level."
Using the autonomic nervous system as inspiration, Bozhi Tian, a former doctoral student under Lieber and former postdoctoral fellow in the Kohane and Langer labs, and collaborator Jia Liu worked in Lieber's lab at Harvard to build mesh-like networks of nanoscale silicon wires?about 30 - 80 nm in diameter?shaped like flat planes or in a reticular conformation.
The process of building the networks, Lieber said, is similar to that used to etch microchips.
Beginning with a two-dimensional substrate, researchers laid out a mesh of organic polymer around nanoscale wires, which serve as the critical nanoscale sensing elements. Nanoscale electrodes, which connect the nanowire elements, were then built within the mesh to enable nanowire transistors to measure the activity in cells without damaging them. Once complete, the substrate was dissolved, leaving researchers with a net-like sponge or a mesh that can be folded or rolled into a host of three dimensional shapes.
Once complete, the networks were porous enough to allow the team to seed them with cells and encourage those cells to grow in 3D cultures.
"Previous efforts to create bioengineered sensing networks have focused on two-dimensional layouts, where culture cells grow on top of electronic components, or on conformal layouts where probes are placed on tissue surfaces," said Tian. "It is desirable to have an accurate picture of cellular behavior within the 3D structure of a tissue, and it is also important to have nanoscale probes to avoid disruption of either cellular or tissue architecture."
Using heart and nerve cells, the team successfully engineered tissues containing embedded nanoscale networks without affecting the cells' viability or activity. Using the embedded devices, they were able to detect electrical signals generated by cells deep within the tissue, and to measure changes in those signals in response to cardio- or neuro-stimulating drugs.
Researchers were also able to construct bioengineered blood vessels, and used the embedded technology to measure pH changes ? as would be seen in response to inflammation, ischemia and other biochemical or cellular environments ? both inside and outside the vessels.
Though a number of potential applications exist for the technology, the most near-term use, Lieber said, may come from the pharmaceutical industry, where researchers could use the technology to more precisely study how newly-developed drugs act in three dimensional tissues, rather than thin layers of cultured cells. The system might also one day be used to monitor changes inside the body and react accordingly, whether through electrical stimulation or the release of a drug.
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Harvard University: http://www.harvard.edu
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