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HughPickens.com writes We know that about 10 million more people have insurance coverage this year as a result of the Affordable Care Act but until now it has been difficult to say much about who was getting that Obamacare coverage — where they live, their age, their income and other such details. Now Kevin Quealy and Margot Sanger-Katz report in the NYT that a new data set is providing a clearer picture of which people gained health insurance under the Affordable Care Act. The data is the output of a statistical model based on a large survey of adults and shows that the law has done something rather unusual in the American economy this century: It has pushed back against inequality, essentially redistributing income — in the form of health insurance or insurance subsidies — to many of the groups that have fared poorly over the last few decades. The biggest winners from the law include people between the ages of 18 and 34; blacks; Hispanics; and people who live in rural areas. The areas with the largest increases in the health insurance rate, for example, include rural Arkansas and Nevada; southern Texas; large swaths of New Mexico, Kentucky and West Virginia; and much of inland California and Oregon.
Despite many Republican voters' disdain for the Affordable Care Act, parts of the country that lean the most heavily Republican (according to 2012 presidential election results) showed significantly more insurance gains than places where voters lean strongly Democratic. That partly reflects underlying rates of insurance. In liberal places, like Massachusetts and Hawaii, previous state policies had made insurance coverage much more widespread, leaving less room for improvement. But the correlation also reflects trends in wealth and poverty. Many of the poorest and most rural states in the country tend to favor Republican politicians.
218 comments | 4 hours ago
schwit1 writes with news about a flying defibrillator designed by a Dutch student. A Dutch-based student on Tuesday unveiled a prototype of an "ambulance drone", a flying defibrillator able to reach heart attack victims within precious life-saving minutes. Developed by Belgian engineering graduate Alec Momont, it can fly at speeds of up to 100 kilometres per hour (60 miles per hour). "Around 800,000 people suffer a cardiac arrest in the European Union every year and only 8.0 percent survive, the main reason for this is the relatively long response time of emergency services of around 10 minutes, while brain death and fatalities occur with four to six minutes,"
82 comments | 2 days ago
the_newsbeagle writes: In the latest high-tech approach to personalized medicine, cardiologists can now create a computer model of an individual patient's heart and use that simulation to make a treatment plan. In this new field of computational medicine, doctors use a patient's MRI scans to make a model showing that patient's unique anatomy and pattern of heart disease. They can then experiment on that virtual organ in ways they simply can't with a flesh-and-blood heart. Proponents say this tech can "improve therapies, minimize the invasiveness of diagnostic procedures, and reduce health-care costs" in cardiology.
61 comments | 2 days ago
An anonymous reader writes: The Google X research lab has unveiled a new project: developing a pill capable of detecting cancer, imminent heart attacks, and other diseases. According to the article, "the company is fashioning nanoparticles—particles about one billionth of a meter in width—that combine a magnetic material with antibodies or proteins that can attach to and detect other molecules inside the body." When a person ingests the pill, these particles interact with the particular markers for a given disease. Since they're magnetic, they can then be guided back to a particular spot where they can be scanned to determine if any interactions took place. Google X's head of life sciences, Andrew Conrad, said, "What we are trying to do is change medicine from reactive and transactional to proactive and preventative. Nanoparticles... give you the ability to explore the body at a molecular and cellular level."
58 comments | 2 days ago
First time accepted submitter Torontoman points out this story of a man with one of the rarest blood types in the world. Forty years ago, when ten-year-old Thomas went into the University Hospital of Geneva with a routine childhood infection, his blood test revealed something very curious: he appeared to be missing an entire blood group system. There are 35 blood group systems, organized according to the genes that carry the information to produce the antigens within each system. The majority of the 342 blood group antigens belong to one of these systems. The Rh system (formerly known as ‘Rhesus’) is the largest, containing 61 antigens. The most important of these Rh antigens, the D antigen, is quite often missing in Caucasians, of whom around 15 per cent are Rh D negative (more commonly, though inaccurately, known as Rh-negative blood). But Thomas seemed to be lacking all the Rh antigens. If this suspicion proved correct, it would make his blood type Rhnull – one of the rarest in the world, and a phenomenal discovery for the hospital hematologists.
75 comments | 4 days ago
SternisheFan writes with news that medical researchers from Harvard Medical School and Massachusetts General Hospital have successfully cultivated stem cells that will kill brain cancer cells in mice without damaging healthy cells. "They used genetic engineering to make stem cells that spewed out cancer-killing toxins, but, crucially, were also able to resist the effects of the poison they were producing. ... In animal tests, the stem cells were surrounded in gel and placed at the site of the brain tumor after it had been removed. Their cancer cells then died as they had no defense against the toxins (abstract)." The next step in the research is to try the treatment on humans. Chris Mason, a professor of regenerative medicine, said, "This is a clever study, which signals the beginning of the next wave of therapies. It shows you can attack solid tumors by putting mini pharmacies inside the patient which deliver the toxic payload direct to the tumor. Cells can do so much. This is the way the future is going to be."
46 comments | 5 days ago
BarbaraHudson writes: The Globe and Mail is reporting the success of a procedure to implant a replacement retina grown from cells from the patient's skin. Quoting: "Transplant doctors are stepping gingerly into a new world, one month after a Japanese woman received the first-ever tissue transplant using stem cells that came from her own skin, not an embryo. On Sept. 12, doctors in a Kobe hospital replaced the retina of a 70-year-old woman suffering from macular degeneration, the leading cause of blindness in the developed world. The otherwise routine surgery was radical because scientists had grown the replacement retina in a petri dish, using skin scraped from the patient's arm.
The Japanese woman is fine and her retinal implant remains in place. Researchers around the world are now hoping to test other stem-cell-derived tissues in therapy. Dr. Jeanne Loring from the Scripps Research Institute in La Jolla, Calif., expects to get approval within a few years to see whether neurons derived from stem cells can be used to treat Parkinson's disease."
56 comments | about a week ago
bmahersciwriter writes Tiny bubbles of cell membrane — called exosomes — are shed by most cells. Long thought to be mere trash, researchers had recently noticed that they often contain short, regulatory RNA molecules, suggesting that exosomes may be one way that cells communicate with one another. Now, it appears that RNA in the exosomes shed by tumor cells can get into healthy cells and 'transform' them, putting them on the path to becoming cancerous themselves.
46 comments | about a week ago
An anonymous reader writes An emergency room doctor who recently returned to the city after treating Ebola patients in West Africa has tested positive for the virus, Mayor Bill de Blasio said. It's the first case in the city and the fourth in the nation. From the article: "The doctor, identified as Craig Spencer, 33, came back from treating Ebola patients in Guinea about 10 days ago, and developed a fever, nausea, pain and fatigue Wednesday night. The physician, employed at New York's Columbia Presbyterian Hospital, has been in isolation at Bellevue Hospital in Manhattan since Thursday morning, the official said."
372 comments | about a week ago
sciencehabit writes Extensive background documents from a meeting that took place today at the World Health Organization (WHO) have provided new details about exactly what it will take to test, produce, and bankroll Ebola vaccines, which could be a potential game changer in the epidemic. ScienceInsider obtained materials that vaccinemakers, governments, and WHO provided to the 100 or so participants at a meeting on 'access and financing' of Ebola vaccines. The documents put hard numbers on what until now have been somewhat fuzzy academic discussions. And they make clear to the attendees—who include representatives from governments, industry, philanthropies, and nongovernmental organizations—that although testing and production are moving forward at record speed, knotty issues remain.
124 comments | about a week ago
Lasrick writes: David Ropeik explores risk-perception psychology and Ebola in the U.S. "[O]fficials are up against the inherently emotional and instinctive nature of risk-perception psychology. Pioneering research on this subject by Paul Slovic, Baruch Fischhoff, and others, vast research on human cognition by Daniel Kahneman and colleagues, and research on the brain's fear response by neuroscientists Joseph LeDoux, Elizabeth Phelps, and others, all make abundantly clear that the perception of risk is not simply a matter of the facts, but more a matter of how those facts feel. ... People worry more about risks that are new and unfamiliar. People worry more about risks that cause greater pain and suffering. People worry more about threats against which we feel powerless, like a disease for which there is no vaccine and which has a high fatality rate if you get it. And people worry more about threats the more available they are to their consciousness—that is, the more aware people are of them."
384 comments | about two weeks ago
gollum123 writes: Back in the day, computer science was as legitimate a career path for women as medicine, law, or science. But in 1984, the number of women majoring in computing-related subjects began to fall, and the percentage of women is now significantly lower in CS than in those other fields. NPR's Planet Money sought to answer a simple question: Why? According to the show's experts, computers were advertised as a "boy's toy." This, combined with early '80s geek culture staples like the book Hackers: Heroes of the Computer Revolution, as well as movies like War Games and Weird Science, conspired to instill the perception that computers were primarily for men.
781 comments | about two weeks ago
New submitter tiberus sends word of a breakthrough medical treatment that has restored the ability to walk to a man who was paralyzed from the chest down after his spinal cord was severed in a knife attack. A research team from the UK, led by Professor Geoff Raisman, transplanted cells from the patient's nose, along with strips of nerve tissue from his ankle, to the place where the spine was severed. This allowed the fibers in the spinal cord to gradually reconnect. The treatment used olfactory ensheathing cells (OECs) - specialist cells that form part of the sense of smell. ... In the first of two operations, surgeons removed one of the patient's olfactory bulbs and grew the cells in culture. Two weeks later they transplanted the OECs into the spinal cord, which had been cut through in the knife attack apart from a thin strip of scar tissue on the right. They had just a drop of material to work with - about 500,000 cells. About 100 micro-injections of OECs were made above and below the injury. Four thin strips of nerve tissue were taken from the patient's ankle and placed across an 8mm (0.3in) gap on the left side of the cord. ... Two years after the treatment, he can now walk outside the rehabilitation center using a frame.
161 comments | about two weeks ago
PC World (drawing on an article from 3DPrint.com) notes that inventor Pat Starace has released his plans for a 3-D printable prosthetic hand designed to appeal both to kids who need it and their parents (who can't all afford the cost of conventional prostheses). The hand "has the familiar gold-and-crimson color scheme favored by Ol' Shellhead, and it's designed with housings for a working gyroscope, magnetometer, accelerometer, and other "cool sensors", as well as a battery housing and room for a low-power Bluetooth chip and charging port." It takes about 48 hours in printing time (and "a lot" of support material), but the result is inexpensive and functional.
64 comments | about two weeks ago
The WSJ reports that 800 doses of an experimental vaccine for Ebola, developed over a decade at Public Health Agency of Canada’s main laboratory in Winnipeg, will be shipped to the World Health Organization in an effort to help fight the ongoing Ebola crisis in West Africa: The vaccine will be shipped by air from Winnipeg, Manitoba, to the University Hospital of Geneva via specialized courier. The vials will be sent in three separate shipments as a precautionary measure, due to the challenges in moving a vaccine that must kept at a very low temperature at all times. ... The vaccine had shown “very promising results in animal research” and earlier this week, Ottawa announced the start of clinical trials on humans at the Walter Reed Army Institute of Research in the U.S. ... The government has licensed NewLink Genetics Corp. , of the U.S., through its wholly owned subsidiary BioProtection Systems Corp. to further develop the vaccine for use in humans. The government owns the intellectual property rights associated with the vaccine.
102 comments | about two weeks ago
Lucas123 (935744) writes U.S. robotics researchers from around the country are collaborating on a project to build autonomous vehicles that could deliver food and medicine, and telepresence robots that could safely decontaminate equipment and help bury the victims of Ebola. Organizers of Safety Robotics for Ebola Workers are planning a workshop on Nov. 7. that will be co-hosted by the White House Office of Science and Technology Policy, Texas A&M, Worcester Polytechnic Institute and the University of California, Berkeley. "We are trying to identify the technologies that can help human workers minimize their contact with Ebola. Whatever technology we deploy, there will be a human in the loop. We are not trying to replace human caregivers. We are trying to minimize contact," said Taskin Padir, an assistant professor of robotics engineering at Worcester Polytechnic Institute.
87 comments | about two weeks ago
MTorrice writes: Many drugs that treat bacterial and fungal infections were found in microbes growing in the dirt. These organisms synthesize the compounds to fend off other bacteria and fungi around them. To find possible new drugs, chemists try to coax newly discovered microbial species to start making their arsenal of antimicrobial chemicals in the lab. But fungi can be stubborn, producing just a small set of already-known compounds.
Now, one team of chemists has hit upon a curiously effective and consistent trick to prod the organisms to start synthesizing novel molecules: Cheerios inside bags. Scientists grew a soil fungus for four weeks in a bag full of Cheerios and discovered a new compound that can block biofilm formation by an infectious yeast. The chemists claim that Cheerios are by far the best in the cereal aisle at growing chemically productive fungi.
77 comments | about two weeks ago
blottsie writes WikiLeaks has released an updated version of the Trans-Pacific Partnership (TPP) chapter on intellectual property. The new version of the texts, dated May 2014, show that little improvement has been made to sections critics say would hurt free speech online. Further, some of the TPP's stipulations could have dire consequences for healthcare in developing nations. The Daily Dot reports: "Nearly all of the changes proposed by the U.S. advantage corporate entities by expanding monopolies on knowledge goods, such as drug patents, and impose restrictive copyright policies worldwide. If it came into force, TPP would even allow pharmaceutical companies to sue the U.S. whenever changes to regulatory standards or judicial decisions affected their profits. Professor Brook K. Baker of Northeastern U. School of Law [said] that the latest version of the TPP will do nothing less than lengthen, broaden, and strengthen patent monopolies on vital medications."
132 comments | about two weeks ago
HughPickens.com writes Pamela Engel writes that Americans need only look to Nigeria to calm their fears about an Ebola outbreak in the US. Nigeria is much closer to the West Africa outbreak than the US is, yet even after Ebola entered the country in the most terrifying way possible — via a visibly sick passenger on a commercial flight — officials successfully shut down the disease and prevented widespread transmission. If there are still no new cases on October 20, the World Health Organization will officially declare the country "Ebola-free." Here's how Nigeria did it.
The first person to bring Ebola to Nigeria was Patrick Sawyer, who left a hospital in Liberia against the wishes of the medical staff and flew to Nigeria. Once Sawyer arrived, it became obvious that he was ill when he passed out in the Lagos airport, and he was taken to a hospital in the densely packed city of 20 million. Once the country's first Ebola case was confirmed, Port Health Services in Nigeria started a process called contact tracing to limit the spread of the disease and created an emergency operations center to coordinate and oversee the national response. Health officials used a variety of resources, including phone records and flight manifests, to track down nearly 900 people who might have been exposed to the virus via Sawyer or the people he infected. As soon as people developed symptoms suggestive of Ebola, they were isolated in Ebola treatment facilities. Without waiting to see whether a "suspected" case tested positive, Nigeria's contact tracing team tracked down everyone who had had contact with that patient since the onset of symptoms making a staggering 18,500 face-to-face visits.
The US has many of these same procedures in place for containing Ebola, making the risk of an outbreak here very low. Contact tracing is exactly what is happening in Dallas right now; if any one of Thomas Eric Duncan's contacts shows symptoms, that person will be immediately isolated and tested. "That experience shows us that even in the case in Nigeria, when we found out later in the timeline that this patient had Ebola, that Nigeria was able to identify contacts, institute strict infection control procedures and basically bring their outbreak to a close," says Dr. Tom Inglesby. "They did a good job in and of themselves. They worked closely with the U.S. CDC. If we can succeed in Nigeria I do believe we will stop it here."
381 comments | about two weeks ago
vinces99 writes "Under the rule of dictator Nicolae Ceausescu, thousands of Romanian children were placed in overcrowded orphanages with bleak conditions and minimal human contact, a legacy that continued even after the 1989 revolution. Only recently have research and public concern caused policy changes.
University of Washington research on children who began life in these institutions shows that early childhood neglect is associated with changes in brain structure. A paper published this month in Biological Psychiatry shows that children who spent their early years in these institutions have thinner brain tissue in cortical areas that correspond to impulse control and attention. "These differences suggest a way that the early care environment has dramatic and lasting effects for children's functioning," said lead author Katie McLaughlin, a UW assistant professor of psychology.
Since 2000, the Bucharest Early Intervention Project has worked to document and treat the children's health. McLaughlin joined the team about six years ago to focus on brain development. This study is among the first in any setting to document how social deprivation in early life affects the thickness of the cortex, the thin folded layer of gray matter that forms the outer layer of the brain. The study provides "very strong support" for a link between the early environment and ADHD, McLaughlin said.
87 comments | about two weeks ago