Chapter 1. An Introduction to Brain and Behavior

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Meredith Wadman Loretta, Ricky, Tiffany and Torian lead increasingly quiet lives, munching peppers and plums, perching and swinging in their 16-cubic-metre glass enclosures. They are the last four chimpanzees at Bioqual, a contract firm in Rockville, Maryland, that since 1986 has housed young chimpanzees for use by the nearby National Institutes of Health (NIH). Now an animal-advocacy group is demanding that the animals' roles as research subjects is brought to an end. Researchers at the NIH’s National Institute of Allergy and Infectious Diseases (NIAID) and the Food and Drug Administration have used the juvenile chimpanzees to study hepatitis C and malaria, as well as other causes of human infection, such as respiratory syncytial virus and norovirus. But now the NIH’s demand for ready access to chimpanzees is on the wane as the scientists who relied on them retire and social and political pressures against their use grow. The four remaining chimps are set to be returned soon to their owner, the New Iberia Research Center (NIRC) near Lafayette, Louisiana. “Much of what I have done over the past years has been research in chimps,” says Robert Purcell, 76, who heads the hepatitis viruses section at the NIAID’s Laboratory of Infectious Diseases. “It’s just a good time now [to retire] as the chimps are essentially no longer available.” Last December, a report from the US Institute of Medicine concluded that most chimpanzee research was scientifically unnecessary and recommended that the NIH sharply curtail its support. © 2012 Nature Publishing Group,

Keyword: Animal Rights
Link ID: 17010 - Posted: 07.09.2012

By Jason G. Goldman Yogi Bear always claimed that he was smarter than the average bear, but the average bear appears to be smarter than once thought. Psychologists Jennifer Vonk of Oakland University and Michael J. Beran of Georgia State University have taken a testing methodology commonly used for primates and shown not only that the methodology can be more widely used, but also that bears can distinguish among differing numerosities. Numerical cognition is perhaps the best understood of the core building blocks of the mind. Decades of research have provided evidence for the numerical abilities of gorillas, chimpanzees, rhesus, capuchin, and squirrel monkeys, lemurs, dolphins, elephants, birds, and fish. Pre-linguistic human infants share the same mental modules for representing and understanding numbers as those non-human animal species. Each of these species is able to precisely count sets of objects up to three, but after that, they can only approximate the number of items in a set. Even human adults living in cultures whose languages have not developed an explicit count list must rely on approximation rather than precision for quantities larger than three. For this reason, it is easier for infants and animals to distinguish thirty from sixty than it is to distinguish thirty from forty, since the 1:2 ratio (30:60) is smaller than the 3:4 ratio (30:40). As the ratios increase, the difference between the two sets becomes smaller, making it more difficult to discriminate between them without explicit counting. Given that species as divergent as humans and mosquitofish represent number in the same ways, subject to the same (quantity-based and ratio-based) limits and constraints, it stands to reason that the ability to distinguish among two quantities is evolutionarily-ancient. © 2012 Scientific American

Keyword: Intelligence; Aggression
Link ID: 16949 - Posted: 06.21.2012

by Moheb Costandi Researchers have yet to understand how genes influence intelligence, but a new study takes a step in that direction. An international team of scientists has identified a network of genes that may boost performance on IQ tests by building and insulating connections in the brain. Intelligence runs in families, but although scientists have identified about 20 genetic variants associated with intelligence, each accounts for just 1% of the variation in IQ scores. Because the effects of these genes on the brain are so subtle, neurologist Paul Thompson of the University of California, Los Angeles, devised a new large-scale strategy for tackling the problem. In 2009, he co-founded the ENIGMA Network, an international consortium of researchers who combine brain scanning and genetic data to study brain structure and function. Earlier this year, Thompson and his colleagues reported that they had identified genetic variants associated with head size and the volume of the hippocampus, a brain structure that is crucial for learning and memory. One of these variants was also weakly associated with intelligence. Those carrying it scored on average 1.29 points better on IQ tests than others, making it one of the strongest candidate intelligence genes so far. The researchers have now used the same strategy to identify more genetic variants associated with brain structure and IQ. In the new study, they analyzed brain images and whole-genome data from 472 Australians, including 85 pairs of identical twins, 100 pairs of nonidentical twins, and their nontwin siblings. They identified 24 genetic variations within six different genes, all of which were linked to differences in the structural integrity of major brain pathways. © 2010 American Association for the Advancement of Science

Keyword: Genes & Behavior; Aggression
Link ID: 16942 - Posted: 06.20.2012

By JAMES GORMAN The extremes of animal behavior can be a source of endless astonishment. Books have been written about insect sex. The antics of dogs and cats are sometimes hard to believe. And birds, those amazing birds: They build elaborate nests, learn lyrical songs, migrate impossibly long distances. But “Gifts of the Crow,” by John N. Marzluff and Tony Angell, includes a description of one behavior that even Aesop never imagined. “On Kinkazan Island in northern Japan,” the authors write, “jungle crows pick up deer feces — dry pellets of dung — and deftly wedge them in the deer’s ears.” What!? I checked the notes at the back of the book, and this account comes from another book, written in Japanese. So I can’t give any more information on this astonishing claim, other than to say that Dr. Marzluff, of the University of Washington, and Mr. Angell, an artist and observer of birds, think that the crows do it in the spirit of fun. Deer droppings, it must be said, are only one of the crows’ gifts. The authors’ real focus is on the way that crows can give us “the ephemeral and profound connection to nature that many people crave.” To that end, however, they tell some wild anecdotes and make some surprising assertions. Many of the behaviors they describe — crows drinking beer and coffee, whistling and calling dogs and presenting gifts to people who feed them — are based on personal testimony and would seem to fall into the category of anecdote rather than science. © 2012 The New York Times Company

Keyword: Intelligence; Aggression
Link ID: 16902 - Posted: 06.12.2012

By Gary Stix “Superwoman has been rumbled,” declared a Daily Telegraph article in 2001 that chronicled how the human brain’s inability to “multitask” undercuts the prospects for a woman to juggle career and family with any measure of success. The brain as media icon has emerged repeatedly in recent years as new imaging techniques have proliferated—and, as a symbol, it seems to confuse as much as enlighten. The steady flow of new studies that purport to reduce human nature to a series of illuminated blobs on scanner images have fostered the illusion that a nouveau biological determinism has arrived. More often than not, a “neurobiological correlate”— tying together brain activity with a behavioral attribute (love, pain, aggression)—supplies the basis for a journal publication that translates instantly into a newspaper headline. The link between blob and behavior conveys an aura of versimilitude that often proves overly seductive to the reporter hard up to fill a health or science quota. A community of neuroscience bloggers, meanwhile, has taken on the responsibility of rectifying some of these misinterpretations. A study published last week by University College of London researchers—“Neuroscience in the Public Sphere”—tried to imbue this trend with more substance by quantifying and formally characterizing it. “Brain-based information possesses rhetorical power,” the investigators note. “Logically irrelevant neuroscience information [the result of the multitude of correlations that turn up] imbues an argument with authoritative, scientific credibility.” © 2012 Scientific American,

Keyword: Miscellaneous
Link ID: 16754 - Posted: 05.05.2012

By Brian Alexander Good news for all those who ever had a teacher or a parent say “If you would just apply yourself you could learn anything! You’re only using 10 percent of your brain!” All those people were wrong. If we did use only 10 percent of our brains we’d be close to dead, according to Eric Chudler, director of the Center for Sensorimotor Neural Engineering at the University of Washington, who maintains an entertaining brain science website for kids. “When recordings are made from brain EEGs, or PET scans, or any type of brain scan, there’s no part of the brain just sitting there unused,” he said. Larry Squire, a research neuroscientist with the Veterans Administration hospital in San Diego, and at the University of California San Diego, pointed out that “any place the brain is damaged there is a consequence.” Damaged brains may have been where this myth originated. During the first half of the last century, a pioneering neuroscientist named Karl Lashley experimented on rodents by excising portions of their brains to see what happened. When he put these rodents in mazes they’d been trained to navigate, he found that animals with missing bits of brain often successfully navigated the mazes. This wound up being transmuted into the idea humans must be wasting vast brain potential. With the rise of the human potential movement in the 1960s, some preached that all sorts of powers, including bending spoons and psychic abilities, were laying dormant in our heads and that all we had to do was get off our duffs and activate them. © 2012 msnbc.com

Keyword: Brain imaging
Link ID: 16676 - Posted: 04.19.2012

by Andy Coghlan A massive genetics study relying on fMRI brain scans and DNA samples from over 20,000 people has revealed what is claimed as the biggest effect yet of a single gene on intelligence – although the effect is small. There is little dispute that genetics accounts for a large amount of the variation in people's intelligence, but studies have consistently failed to find any single genes that have a substantial impact. Instead, researchers typically find that hundreds of genes contribute. Following a brain study on an unprecedented scale, an international collaboration has now managed to tease out a single gene that does have a measurable effect on intelligence. But the effect – although measurable – is small: the gene alters IQ by just 1.29 points. According to some researchers, that essentially proves that intelligence relies on the action of a multitude of genes after all. "It seems like the biggest single-gene impact we know of that affects IQ," says Paul Thompson of the University of California, Los Angeles, who led the collaboration of 207 researchers. "But it's not a massive effect on IQ overall," he says. The variant is in a gene called HMGA2, which has previously been linked with people's height. At the site of the relevant mutation, the IQ difference depends on a change of a single DNA "letter" from C, standing for cytosine, to T, standing for thymine. © Copyright Reed Business Information Ltd.

Keyword: Intelligence; Aggression
Link ID: 16667 - Posted: 04.17.2012

Chris McManus, professor of psychology and medical education at University College London, responds: if by intelligent you mean someone who performs better on IQ tests, the simple answer is no. Studies in the U.K., U.S. and Australia have revealed that left-handed people differ from right-handers by only one IQ point, which is not noteworthy. If by intelligent you mean someone who performs better on IQ tests, the simple answer is no. Studies in the U.K., U.S. and Australia have revealed that left-handed people differ from right-handers by only one IQ point, which is not noteworthy. Left-handedness is, however, much more common among individuals with severe learning difficulties, such as mental retardation. A slightly higher proportion of left-handers have dyslexia or a stutter. Other problems, such as a higher rate of accidents reported in left-handers, mostly result from a world designed for the convenience of right-handers, with many tools not made for left-handed use. Although some people claim that a higher percentage of left-handers are exceptionally bright, large research studies do not support this idea. If by smarter you mean more talented in certain areas, left-handers may have an advantage. Left-handers’ brains are structured differently from right-handers’ in ways that can allow them to process language, spatial relations and emotions in more diverse and potentially creative ways. Also, a slightly larger number of left-handers than right-handers are especially gifted in music and math. A study of musicians in professional orchestras found a significantly greater proportion of talented left-handers, even among those who played instruments that seem designed for right-handers, such as violins. Similarly, studies of adolescents who took tests to assess mathematical giftedness found many more left-handers in the population. The fact that mathematicians are often musical may not be a coincidence. © 2012 Scientific American,

Keyword: Laterality; Aggression
Link ID: 16656 - Posted: 04.16.2012

OUR intelligence, more than any particular behaviour or anatomical feature, is what distinguishes humans from the myriad other species with which we share our planet. It is a key factor in everything from our anatomy to our technology. To ask why we are intelligent is to ask why we are human; it admits no discrete answer. But let's ask it here anyway. Why are we, alone in nature, so smart? Perhaps we are not. Maybe our anthropocentric conceit prevents us from fully appreciating the intelligence of other animals, be they ants, cephalopods or cetaceans. As Douglas Adams put it: "Man had always assumed that he was more intelligent than dolphins because he had achieved so much - the wheel, New York, wars and so on - whilst all the dolphins had ever done was muck about in the water having a good time. But conversely, the dolphins had always believed that they were far more intelligent than man - for precisely the same reasons." So let's rephrase the question. There is a cluster of abilities that seems unique to humans: language, tool use, culture and empathy. Other animals may have rudimentary forms of these abilities, but they do not approach humans' sophistication and flexibility. Why not? Some come closer than others. German psychologists say they have identified a chimp whose mental abilities far surpass those of its peers (see "Chimp prodigy shows signs of human-like intelligence"). Intriguingly, they go on to suggest that this might be because Natasha, the simian prodigy, exhibits strong social-reasoning skills, such as learning from others. These are the same skills to which the explosive development of human intelligence is increasingly attributed. © Copyright Reed Business Information Ltd.

Keyword: Intelligence; Aggression
Link ID: 16580 - Posted: 03.27.2012

By Melinda Wenner Moyer Is intelligence innate, or can you boost it with effort? The way you answer that question may determine how well you learn. Those who think smarts are malleable are more likely to bounce back from their mistakes and make fewer errors in the future, according to a study published last October in Psychological Science. Researchers at Michigan State University asked 25 undergraduate students to participate in a simple, repetitive computer task: they had to press a button whenever the letters that appeared on the screen conformed to a particular pattern. When they made a mistake, which happened about 9 percent of the time, the subjects realized it almost immediately—at which point their brain produced two tiny electrical responses that the researchers recorded using electrodes. The first reaction indicates awareness that a mistake was made, whereas the second, called error positivity, is believed to represent the desire to fix that slipup. Later, the researchers asked the students whether they believed intelligence was fixed or could be learned. Although everyone slowed down after erring, those who were “growth-minded”—that is, people who considered intelligence to be pliable—elicited stronger error-positivity responses than the other subjects. They subsequently made fewer mistakes, too. “Everybody says, ‘Oh, I did something wrong, I should slow down,’ but it was only the growth-minded individuals who actually did something with that information and made it better,” explains lead author Jason Moser, a clinical psychologist at Michigan State. © 2012 Scientific American,

Keyword: Intelligence; Aggression
Link ID: 16540 - Posted: 03.19.2012

By Eric Michael Johnson Americans take their rights seriously. But there is a lot of misunderstanding about what actually constitutes a ‘right.’ Religious believers are correct that they have a right to freely express their beliefs. This right is protected under the First Amendment to the US Constitution that prohibits Congress from making any “law respecting an establishment of religion, or prohibiting the free exercise thereof.” However, as a result, devout believers feel it is a violation of their rights when intelligent design creationism is forbidden in the classroom or when prayer during school sporting events is banned. After all, shouldn’t the First Amendment prohibit the government from interfering with this basic right? The answer is no and represents an important distinction when understanding what a right actually is. Because public schools are government-run institutions, allowing prayer during school activities or promoting religious doctrines in the classroom is a direct violation of the First Amendment. These activities infringe on the rights of those who do not share the same religious beliefs (or any at all). The key point is that rights are obligations that require governments to act in certain ways and refrain from acting in others. The First Amendment obligates the government to protect the rights of all citizens from an establishment of religion. You may have the right to freely exercise your beliefs, but that doesn’t give you the right to impose your views on others in public school. It was just this understanding of rights as obligations that governments must obey that formed the basis for a declaration of rights for cetaceans (whales and dolphins) at the annual meeting of the American Association for the Advancement of Science held in Vancouver, Canada last month. © 2012 Scientific American

Keyword: Animal Rights
Link ID: 16500 - Posted: 03.12.2012

How many neurons are there in the human brain? It was a question that scientists thought they had nailed – and the answer was 100bn (give or take). If you went looking you would find that figure repeated widely in the neuroscience literature and beyond. But when a researcher in Brazil called Dr Suzana Herculano-Houzel started digging, she discovered that no one in the field could actually remember where the 100bn figure had come from – let alone how it had been arrived at. So she set about discovering the true figure (HT to the excellent Nature neuroscience podcast NeuroPod). This involved a remarkable – and to some I suspect unsettling – piece of research. Her team took the brains of four adult men, aged 50, 51, 54 and 71, and turned them into what she describes as "brain soup". All of the men had died of non-neurological diseases and had donated their brains for research. "It took me a couple of months to make peace with this idea that I was going to take somebody's brain or an animal's brain and turn it into soup," she told Nature. "But the thing is we have been learning so much by this method we've been getting numbers that people had not been able to get … It's really just one more method that's not any worse than just chopping your brain into little pieces." She told me that so far, she has only looked at four brains, all of them from men. © 2012 Guardian News and Media Limited

Keyword: Miscellaneous
Link ID: 16451 - Posted: 03.01.2012

By Theodoric Meyer Fifty-five high school students sat silently in a Columbia University auditorium on Saturday afternoon, listening to the first question: “About how many cells are in the human brain?” The room echoed with a slight scraping sound as the students scribbled out their answers on brightly colored sheets of paper, then fell silent again. “The answer,” Michael E. Goldberg, a professor of neuroscience at Columbia, said into a microphone, “is 100 million.” It was the first of many questions to test students’ knowledge of neuroscience in this year’s New York City Regional Brain Bee, which drew students from each borough and Westchester County. The contest works a bit like its more familiar cousins, the spelling and geography bees: Eight rounds, five questions each. Thirty seconds to answer. Spelling, however, doesn’t count. The first two rounds proved fairly easy. Students needed to get only two of the five questions correct to move on, and only a few of them were eliminated. But the competition picked up during the third and fourth rounds, when students needed three correct answers for each round. Dr. Goldberg, a diminutive man in a tweed coat with black-framed glasses and thick white hair, seemed to relish his role as moderator and often supplied scientific asides to the questions. © Copyright 2012 The New York Times Company

Keyword: Miscellaneous
Link ID: 16349 - Posted: 02.07.2012

A suburban Chicago man accidentally shot a 3.25in (8.25cm) nail into his skull but is recovering after doctors successfully removed it from the centre of his brain. Dante Autullo, 34, was in his workshop when a nail gun recoiled near his head. But he had no idea the nail had entered his brain until the next day, when he began feeling nauseous. Doctors told Mr Autullo that the nail came within millimetres of the area used for motor function. His fiancee, Gail Glaenzer, told the Associated Press on Friday that he was in good spirits after the two-hour surgery to remove the nail at Advocate Christ Medical Center in Oak Lawn, Illinois. "He feels good. He moved all his limbs, he's talking normal, he remembers everything," she said. "It's amazing, a miracle." Ms Glaenzer said she had no idea the nail had entered his skull when she cleaned a cut on his forehead. BBC © 2012

Keyword: Miscellaneous
Link ID: 16282 - Posted: 01.23.2012

Heidi Ledford A Scottish intelligence study that began 80 years ago has borne new fruit. Researchers have tracked down the study’s surviving participants — who joined the study when they were 11 years old — to estimate the role that our genes have in maintaining intelligence through to old age. Researchers have long been interested in understanding how cognition changes with age, and why these changes are more rapid in some people than in others. But, in the past, studies of age-related intelligence changes were often performed when the subjects were already elderly. Then, in the late 1990s, research psychologist Ian Deary of the University of Edinburgh, UK, and his colleagues realized that Scotland had two data sets that would allow them to take such studies a step further. In 1932 and 1947, officials had conducted a sweeping study of intelligence among thousands of 11-year-old Scottish children. The data, Deary learned, had been kept confidential for decades. He and his colleagues set about tracking down the original participants, many of whom did not remember taking the original tests. The team collected DNA samples and performed fresh intelligence tests in nearly 2,000 of the original participants, then aged 65 or older. © 2012 Nature Publishing Group,

Keyword: Intelligence; Aggression
Link ID: 16270 - Posted: 01.19.2012

By Helen Briggs Health editor, BBC News website Web addicts have brain changes similar to those hooked on drugs or alcohol, preliminary research suggests. Experts in China scanned the brains of 17 young web addicts and found disruption in the way their brains were wired up. They say the discovery, published in Plos One, could lead to new treatments for addictive behaviour. Internet addiction is a clinical disorder marked by out-of-control internet use. A research team led by Hao Lei of the Chinese Academy of Sciences in Wuhan carried out brain scans of 35 men and women aged between 14 and 21. Seventeen of them were classed as having internet addiction disorder (IAD) on the basis of answering yes to questions such as, "Have you repeatedly made unsuccessful efforts to control, cut back or stop Internet use?" Specialised MRI brain scans showed changes in the white matter of the brain - the part that contains nerve fibres - in those classed as being web addicts, compared with non-addicts. BBC © 2012

Keyword: Drug Abuse; Aggression
Link ID: 16248 - Posted: 01.14.2012

By JAMES GORMAN Once, animals at the university were the province of science. Rats ran through mazes in the psychology lab, cows mooed in the veterinary barns, the monkeys of neuroscience chattered in their cages. And on the dissecting tables of undergraduates, preserved frogs kept a deathly silence. On the other side of campus, in the seminar rooms and lecture halls of the liberal arts and social sciences, where monkey chow is never served and all the mazes are made of words, the attention of scholars was firmly fixed on humans. No longer. This spring, freshmen at Harvard can take “Human, Animals and Cyborgs.” Last year Dartmouth offered “Animals and Women in Western Literature: Nags, Bitches and Shrews.” New York University offers “Animals, People and Those in Between.” The courses are part of the growing, but still undefined, field of animal studies. So far, according to Marc Bekoff, an emeritus professor of ecology and evolutionary biology at the University of Colorado, the field includes “anything that has to do with the way humans and animals interact.” Art, literature, sociology, anthropology, film, theater, philosophy, religion — there are animals in all of them. The field builds partly on a long history of scientific research that has blurred the once-sharp distinction between humans and other animals. Other species have been shown to have aspects of language, tool use, even the roots of morality. It also grows out of a field called cultural studies, in which the academy has turned its attention over the years to ignored and marginalized humans. © 2012 The New York Times Company

Keyword: Animal Rights; Aggression
Link ID: 16201 - Posted: 01.03.2012

By Sora Song The Louisiana Department of Health and Hospitals is warning people against the improper use of neti pots, following the deaths of two people who were infected with Naegleria fowleri — the so-called “brain-eating amoeba” — after using tap water to irrigate their sinuses. A 53-year-old woman from De Soto Parish and a 20-year-old man from St. Bernard Parish both died after using contaminated water in their neti pots, a popular home remedy that looks like a genie’s lamp and is used for flushing out mucus from the nose and sinuses. “If you are irrigating, flushing or rinsing your sinuses, for example, by using a neti pot, use distilled, sterile or previously boiled water to make up the irrigation solution,” said Louisiana State Epidemiologist, Dr. Raoult Ratard. Tap water is safe for drinking, but not for irrigating your nose, Ratard said. It’s also important to rinse the neti pot after each use and leave it open to air dry. Typically, Naegleria fowleri infection occurs when people go swimming or diving in warm freshwater lakes and rivers, particularly in summer in the southern U.S. Last summer, at least three other people died from Naegleria fowleri infection in Florida, Virginia and Kansas. The amoeba enters through the nose, travels to the brain and starts eating neurons. It sounds scary — and it is — but it’s also exceedingly rare. In the 10 years from 2001 to 2010, only 32 infections were reported in the U.S., despite millions of people swimming in lakes and rivers. Of those infected, 30 people were infected by recreational water sources, and two were infected by water from hot springs. © 2011 Time Inc.

Keyword: Miscellaneous
Link ID: 16166 - Posted: 12.19.2011

By Rose Eveleth When I was in fifth grade, my brother Alex started correcting my homework. This would not have been weird, except that he was in kindergarten—and autistic. His disorder, characterized by repetitive behaviors and difficulty with social interactions and communication, made it hard for him to listen to his teachers. He was often kicked out of class for not being able to sit for more than a few seconds at a time. Even now, almost 15 years later, he can still barely scratch out his name. But he could look at my page of neatly written words or math problems and pick out which ones were wrong. Many researchers are starting to rethink how much we really know about autistic people and their abilities. These researchers are coming to the conclusion that we might be underestimating what they are capable of contributing to society. Autism is a spectrum disease with two very different ends. At one extreme are “high functioning” people who often hold jobs and keep friends and can get along well in the world. At the other, "low functioning" side are people who cannot operate on their own. Many of them are diagnosed with mental retardation and have to be kept under constant care. But these diagnoses focus on what autistic people cannot do. Now a growing number of scientists are turning that around to look at what autistic people are good at. Researchers have long considered the majority of those affected by autism to be mentally retarded. Although the numbers cited vary, they generally fall between 70 to 80 percent of the affected population. But when Meredyth Edelson, a researcher at Willamette University, went looking for the source of those statistics, she was surprised that she could not find anything conclusive. Many of the conclusions were based on intelligence tests that tend to overestimate disability in autistic people. "Our knowledge is based on pretty bad data," she says. © 2011 Scientific American

Keyword: Autism; Aggression
Link ID: 16097 - Posted: 12.01.2011

By Katherine Lymn As head of Experimental Surgical Services at the University of Minnesota, he’s been the focus of animal rights activists’ rage. Bianco estimated that up to 300 sheep are “sacrificed” each year as part of his experiments in heart valve research. Pathology staff members kill the sheep with an overdose injection of a drug similar to what a veterinarian would use to euthanize a pet. Bianco speaks out in support of animal experimentation and accepts his status as a public figure of the biomedical research industry. But he sees it differently when animal rights groups try to influence students. “My solution is to bring the students to us,” he said. He invites high school students to his lab for field trips to “counteract” PETA’s message that using animals for research is wrong. Bianco tests heart valves in animals before the valves go on to human trials. He proactively promotes research like this, which has drawn threats in the past. Activist Camille Marino, out of Florida, posted a threat against Bianco on her website negotioationisover.net in 2009. “We should not be surprised when the unconscionable violence inflicted upon animals is justifiably visited upon their tormentors,” she wrote. Animal rights organizations have demonstrated at the University in the past. In 1999, the Animal Liberation Front claimed responsibility for vandalizing research facilities and stealing more than 100 animals. © 1900 - 2011 The Minnesota Daily

Keyword: Animal Rights
Link ID: 16063 - Posted: 11.22.2011