Friday, October 29, 2010

The Blog needed some updating!!

I was kind of sad to have not received any recent PRU Pirate blog posts. A professor brought this article up in my prevention class yesterday, so I thought it would be of interest/quite the conversation piece for many of you!!

Long-Chain w-3 Fatty Acids for Indicated Prevention

of Psychotic Disorders

A Randomized, Placebo-Controlled Trial

G. Paul Amminger, MD; Miriam R. Schäfer, MD; Konstantinos Papageorgiou, MD, et al

Arch Gen Psychiatry. 2010;67(2):146-154


Context: The use of antipsychotic medication for the prevention of psychotic disorders is controversial. Long-chain w-3 (omega-3) polyunsaturated fatty acids (PUFAs) may be beneficial in a range of psychiatric conditions, including schizophrenia. Given that w-3 PUFAs are generally beneficial to health and without clinically relevant adverse effects, their preventive use in psychosis merits investigation.


Objective: To determine whether w-3 PUFAs reduce the rate of progression to first-episode psychotic disorder in adolescents and young adults aged 13 to 25 years with subthreshold psychosis.


Design: Randomized, double-blind, placebo - controlled trial conducted between 2004 and 2007.


Setting: Psychosis detection unit of a large public hospital in Vienna, Austria.


Participants: Eighty-one individuals at ultra-high risk of psychotic disorder.


Interventions: A 12-week intervention period of 1.2-g/d w-3 PUFA or placebo was followed by a 40-week monitoring period; the total study period was 12 months.


Main Outcome Measures: The primary outcome measure was transition to psychotic disorder. Secondary outcomes included symptomatic and functional changes. The ratio of w-6 to w-3 fatty acids in erythrocytes was used to index pretreatment vs posttreatment fatty acid composition.


Results: Seventy-six of 81 participants (93.8%) completed the intervention. By study’s end (12 months), 2

of 41 individuals (4.9%) in the w-3 group and 11 of 40 (27.5%) in the placebo group had transitioned to psychotic disorder (P = .007). The difference between the groups in the cumulative risk of progression to full-threshold psychosis was 22.6% (95% confidence interval, 4.8-40.4). w-3 Polyunsaturated fatty acids also significantly reduced positive symptoms (P = .01), negative symptoms (P = .02), and general symptoms (P = .01) and improved functioning (P = .002) compared with placebo. The incidence of adverse effects did not differ between the treatment groups.


Conclusions: Long-chain w-3 PUFAs reduce the risk of progression to psychotic disorder and may offer a safe and efficacious strategy for indicated prevention in young people with subthreshold psychotic states.


Trial Registration: clinicaltrials.gov Identifier: NCT00396643


Full Text Available at: http://www.eiyh.org.uk/silo/files/fatty-acids-for-indicated-prevention.pdf

Thursday, July 15, 2010

Wednesday, July 7, 2010

Skin Color Affects Ability to Empathize with Pain

By Denise Mann

THURSDAY, May 27, 2010 (Health.com) — Humans are hardwired to feel another person’s pain. But they may feel less innate empathy if the other person’s skin color doesn’t match their own, a new study suggests.

When people say “I feel your pain,” they usually just mean that they understand what you’re going through. But neuroscientists have discovered that we literally feel each other’s pain (sort of).

If you see—or even just think of—a person who gets whacked in the foot, for instance, your nervous system responds as if you yourself had been hit in the same spot, even though you don’t perceive the pain physically.

Researchers in Italy are reporting that subtle racial bias can interfere with this process—a finding with important implications for health care as well as social harmony.

“Pain empathy is basically feeling someone else’s pain,” says Carmen Green, MD, a professor of anesthesiology at the University of Michigan, in Ann Arbor, who was not involved in the research. “This paper tells us that race plays a role in pain empathy.”

“White observers reacted more to the pain of white than black models, and black observers reacted more to the pain of black than white models,” says the lead researcher, Alessio Avenanti, PhD, an assistant professor of psychology at the University of Bologna.

The researchers also showed clips of a needle pricking a hand painted bright purple. Both the Italian and African participants were more likely to empathize with this intentionally strange-looking hand than with the hand of another race, which implies that the earlier lack of empathy was due to skin color, not just difference. “This is quite important, because it suggests that humans tend to empathize by default unless prejudice is at play,” says Avenanti.

The researchers gauged prejudice by testing the participants on how readily they associated good and bad concepts with Italians and Africans. The people who showed a strong preference for their own group in this test also tended to show the least empathy when the hand belonging to the other group was needled, the researchers found.

Although the culture and history of racial bias is somewhat different in Italy than in the U.S., Avenanti suspects the findings would be similar if the same experiment were conducted with Americans.

Empathy is more complex in the real world than in a laboratory. Even so, the study findings suggest that racial differences and prejudice could play a role in some doctor-patient interactions, especially in the treatment of pain or chronic pain.

“A doctor with high racial bias may understand the pain of other-race patients in a more detached or disembodied manner and, in principle, this may contribute to the causes of racial disparities in healthcare,” Avenanti says.

Previous research has shown that doctors tend to empathize more with a patient’s pain—and provide higher-quality care—if they have a history of pain themselves, or if someone close to them has experienced chronic, debilitating pain, Dr. Green says.

“Now we are understanding that if you see someone as being more like you, you can empathize with their pain better,” she says. “Race, age, gender, and class probably play a role in how we assess and treat patients with pain.”

So does that mean that, say, an African American with low back pain should seek out only doctors who are African American?

Not necessarily. Dr. Green says it’s more important to find a doctor who actively listens to you and asks questions.

“If you feel you are not heard, or that your pain complaints are not being taken seriously, you can and should see another doctor,” she says.

article at: http://news.health.com/2010/05/27/skin-color-pain-empathy/2/

Tuesday, June 8, 2010

CALVIN KLEIN COLOGNE ATTRACTS WILD CATS AND OTHER ANIMALS

(this isn't necessarily psychology-related, but I had to share...)

Analysis by Jennifer Viegas
Tue Jun 8, 2010 12:15 PM ET

Designers often advertise that their perfume and cologne products drive sniffers wild. But I think even Calvin Klein himself might be surprised to learn that his cologne, Obsession for Men, attracts jaguars, pumas and other wildlife, according to the Wildlife Conservation Society.

(Jaguar caught sniffing Calvin Klein Obsession for Men; Credit for all images: WCS)

Jaguar2

The WCS has just admitted that its researchers have been using the popular cologne to draw animals in front of remote cameras set up in the wilderness.

The cameras are triggered by an infra-red beam, permitting candid shots of animals as they come by to investigate.

One place where this technique is now being used is at the Maya Biosphere Reserve, one of the largest protected areas in Central America. Animal experts there are trying to estimate populations of elusive jaguars.

Pat Thomas, General Curator of the Wildlife Conservation Society’s Bronx Zoo, came up with the unusual cologne-attractant technique. He settled on Calvin Klein Obsession for Men after discovering that the zoo's tigers, snow leopards and cheetahs were drawn to it more than any other commercially produced scent.

Jaguar1

The big cats rubbed, sniffed, pawed, and otherwise thoroughly enjoyed the designer cologne.

“Calvin Klein Obsession for Men clearly passes the sniff test among the WCS Bronx Zoo’s big cat population,” said Thomas. “More importantly, this work is a great example of how The Wildlife Conservation Society’s Living Institutions and Global Conservation Programs work together to save wildlife and wild places.”

As predicted, the cologne is doing a great job at attracting jaguars to the hidden camera setup.

Jaguar3

The images show individual jaguars lingering around a cloth treated with the cologne and repeatedly sniffing it. One pair of jaguars even shows some very rarely seen mating behavior, so the smell seems to turn these animals on.

"Jaguars are highly elusive creatures and for years WCS researchers struggled to develop more effective methods for estimating how many jaguars were in the forest, hidden amongst the ancient Maya temples,” said Roan McNab, WCS Guatemala Country Director. “Now, due to the fact that jaguars love Obsession for Men, WCS field conservationists are getting more precise estimates of jaguar populations.”

Based on the photos released by the WCS, the cologne also attracts pumas, ocelots, tapirs, peccaries and coatis.


Citation: http://news.discovery.com/animals/calvin-klein-cologne-attracts-wild-cats-and-other-animals.html

Friday, June 4, 2010

Coffee, pointless? Maybe

If you’re in the habit of drinking coffee everyday before work/school/whatever, you know the power that little mug of acrid brown soup wields over you. At least, you think you do. Researchers at Bristol University found 379 volunteers, from the stimulant-naive to self-described caffeine addicts — some of whom claimed that their brains “could not function” without their first cup. After feeding some of the volunteers regular coffee while the rest drank decaf placebos, they tested the range of attentiveness, anxiety, memory, and vigilance of the 379 participants. For the coffee-drinking veterans, the first cup only brought them to a normal level of alertness.

The researchers suspect that, for routine coffee drinkers, the first cup of only reverses the persistent effects of overnight caffeine withdrawal. Of course, isn’t increasing perceived alertness the same as increasing alertness? How does one differentiate between the two without tricky brain-scanning technology? Technology unused by this research team. To further compound these doubts, Dr Euan Paul, executive director of the British Coffee Association, responded to the research:

“There is an overwhelming wealth of evidence showing that caffeine does increase alertness levels by acting as a stimulant on the central nervous system by prompting the release of adrenaline. This effect is not only found with subjects in a low state of alertness such as night- shift workers, or those who wake-up early in the morning, but is additionally found in subjects who already have a high state of alertness.”

Your move, Bristol research team.

Wednesday, May 19, 2010

Gesturing when you Talk Means You're Smarter?

Posted Wednesday, December 23, 2009 2:35 PM

Smart People Gesture More When They Talk–So Will Kids Be Smarter if They Gesture?

Ashley Merryman and Po Bronson
There's an exciting report in next month's issue of Intelligence. That study, when combined with earlier work from the University of Chicago, suggests that there may be an entirely new way to develop the brain's reasoning ability.
In the Intelligence study, researchers had 28 teenagers come to a lab at Berlin's Humboldt University. In order to minimize the possible variables, the invited teens were all quite similar–all boys about 17 years old, same socioeconomic backgrounds and similar schools. They also had about the same level ofcrystallized intelligence, that being the mental ability to apply rules they've already learned to new situations.
Where the teens differed was in their fluid intelligence (Gf), the ability to reason their way through entirely new novel situations. Some teens were high in fluid intelligence; others were average. (Most neuroscientists believe that the reasoning ability captured in Gf is the sign of true brilliance.)
The researchers asked the teens to look at a series of complex geometric images; their task was to discern patterns between the images. Once the teens had done that, the researchers videotaped the boys as they explained how they'd solved the problems. A month later, the boys returned to the lab for a structural MRI scans of their brains.
The boys higher in fluid intelligence did better at the image task. And, fascinatingly, when verbally describing their problem-solving, the higher Gf boys also used hand-gestures to explain their answers. They used their fingers to form the rectangles and triangles they'd seen. They wiggled their hands back and forth, their digits reenacting how the boys mentally manipulated the images during the task. Compared to the boys with average Gf, the high Gf group used more than four times the number of hand gestures during their explanations.
Then, the researchers analyzed the teens' brain scans, especially "Broca's area"–what is considered to be the root of language comprehension. For the boys who were higher in Gf and gestured more, the cortices of their brains were thicker in Broca's area.
If this all seems like odd brain trivia–smarter people gesture more when they talk–it has the potential to be much more than that.
University of Chicago professor Susan Goldin-Meadow is one of the world's leading researchers on gesture. She has proven that gestures aren't just mere unconscious flapping of the hands. Gesturing isn't even just about communicating from one person to the next. (Goldin-Meadow discovered that if you put blind-from-birth people in a room together for a conversation, they still gesture to one another.)
Instead, Goldin-Meadow and her team have shown that gesturing actually facilitates people's ability to reason. You can even teach a child a new method of problem-solving, simply by teaching that kid a new gesture.
That's exactly what Dr. Susan Wagner Cook was able to do. A former graduate student in Goldin-Meadow's lab, Cook spent her days at nearby elementary schools.
There's a common stumbling block for kids in math: equivalence. Knowing how to solve a problem such as 3 + 4 + 2 =__ + 7. Sure, it looks easy to you, but, in the third and fourth grades, a lot of kids will quickly put a "9" in the blank. Some are perplexed as to the presence of the "+7," but others don't even notice it's there.
So Cook divided third and fourth graders (none of whom could correctly solve an equivalence problem) into three groups. All the kids were taught to solve the problems. But one group was given a phrase to say aloud to help guide them. They were told to say, “I want to make one side equal to the other side."
Cook didn't tell the second group of kids to say anything. Instead, she told the second group to make a strange hand gesture as they solved the problem–they were to wave their hands on both sides of the equation as they totaled the sum. The third set of kids was taught to say the phrase and make the wave gesture.
Immediately after the training, the kids were tested to see how much they had learned. All of them had improved their ability.
Then, four weeks later, the children were in their regular classrooms when the teachers surprised them with a pop quiz of equivalence problems. Disaster struck. Of the kids taught to say the instructional phrase, 90 percent had forgotten how to solve the problems.
Amazingly, more than 90 percent of the kids who used the gesture in their training remembered how to solve the problems. Making the gesture helped encode the memory for long-term retrieval.
"You'd think that their minds were twice as occupied," observed Goldin-Meadow. But rather than overloading their brains with competing thoughts, the gesture supported their learning.
To make this more perplexing and mysterious (and cool): Goldin-Meadow's team believes the specific gestures used don't matter. They've repeated the experiment with different kids and different gestures. Making a gesture that’s symbolically relevant improves the result, but the results are still very good no matter what.
Truthfully, Goldin-Meadow hasn’t completely determined what’s driving this strange phenomenon. But her chief theory is that gesturing "lightens the mental load" of learning: it lessens learning's demands because the gesturing somehow engages other parts of the brain in the problem-solving.
Perhaps ideas just aren't as cumbersome, because of the motion-memory link. For example, researchers have found that when a person hears words describing a body's motion (e.g., "kick"), that triggers activity in the parts of the brain associated with that motion. Still other scholars have shown that it's easier to remember speech events when a gesture accompanied the speech. Goldin-Meadow can get kids to recall more details of a story, if she asks them to use gestures when they repeat the tale.
Now think back to that new finding in Intelligence: kids with higher fluid intelligence gesture more–and they have thicker brain cortices in Broca's area.
It's too early to come up with any definite explanations for the intelligence-brain-structure-gesture relationship. But the German scientists are well-aware of Goldin-Meadow and Cook's success in gesture-training. So the neuroscientists are considering the possibility that, when kids frequently produce certain gestures, it may affect their brain development. Thus, use of gestures wouldn't just help a child problem-solve in that moment. It could also lead to better overall cognitive performance and higher fluid intelligence.
In a few years, we may be able to help a child learn–even change his IQ–with just a wave of the hand.

Friday, May 7, 2010

Survey Says Stigma Of Mental Illness Has Declined.


HealthDay (5/6, Dotinga) reported that, according to an online survey commissioned by the American Psychiatric Association and conducted by Harris Interactive, "more than a third of Americans polled believe that the stigma of mental illness has declined and they attribute the change largely to openness by friends, family members, and public figures about their own conditions." Nearly "80 percent of those polled said that such openness on the part of family and friends had had at least a moderate impact on the stigma of mental illness," the survey of "2,285 adults aged 18 and older" found.

Friday, April 30, 2010

'Cuddle hormone' makes men more empathetic

Emma Wilkinson
Health reporter, BBC News

Man counselling woman
Men are not as 'tuned' in to people's feelings as women

A nasal spray can make men more in tune with other people's feelings, say a team of German and UK researchers.

They found that inhaling the "cuddle hormone" oxytocin made men just as empathetic as women.

The study in 48 volunteers also showed that the spray boosted the ability to learn from positive feedback.

Writing in the Journal of Neuroscience, the researchers said the spray may be useful for boosting behaviour therapy in conditions such as schizophrenia.

Oxytocin is a naturally produced hormone, most well-known for triggering labour pains and promoting bonding between mother and baby.

This study is the latest of several that suggest that intranasal oxytocin seems to 'sensitise' people to become more aware of social cues from other individuals
Professor Gareth Leng

But it has also been shown to play a role in social relations, sex and trust.

Study leader Professor Keith Kendrick, a neuroscientist at Cambridge University, said by giving the hormone nasally, it quickly reaches the brain.

In the first part of the study, half the men received a nose spray containing oxytocin and half were given a dummy spray.

They were then shown photos of emotionally charged situations including a crying child, a girl hugging her cat, and a grieving man, and were asked questions about the depth of feeling they had towards the subjects.

Those who had the hormone spray had markedly higher levels of empathy - of a similar magnitude to those only usually seen in women who are naturally more sensitive to the feelings of others.

Neither group were able to accurately guess whether they had received the oxytocin or the dummy spray.

Positive feedback

In a second experiment, the researchers measured "socially motivated learning" where the volunteers were asked to do a difficult observation test and were shown an approving face if they got the answer right and an unhappy face if they got it wrong.

In these types of experiments, people generally learn faster if they get positive feedback but those who had taken the oxytocin spray responded even better to facial feedback than those in the placebo group.

Professor Kendrick said the oxytocin spray may prove to be useful in people with conditions associated with reduced social approachability and social withdrawal, such as schizophrenia.

And other researchers are already looking at its potential use in autism.

"The bottom line is it improved the ability of people to learn when they had positive feedback and that is pretty important because this might help improve the effectiveness of behavioural therapy or even be useful in people with learning difficulties."

Professor Gareth Leng from Edinburgh University said the research used some cleverly-designed tests.

He added there has been a lot of interest recently on oxytocin and social behaviour.

"This study is the latest of several that suggest that intranasal oxytocin seems to 'sensitise' people to become more aware of social cues from other individuals - and more likely to be sympathetic to them."

Monday, April 26, 2010

Mind Over Meds

(an ATB requested article)

By DANIEL CARLAT
April 19, 2010
The New York Times

One day several years ago, I was reaching the end of my first visit with a patient, J.J., who had come to see me for anxiety and insomnia. He was a salesman for a struggling telecommunications company, and he was having trouble managing the strain on his finances and his family. He was sleeping poorly, and as soon as he opened his eyes in the early morning, the worries began. “I wake up with a list of things to worry about,” he said. “I just go through the list, and it seems to get longer every day.”

A psychiatric interview has a certain rhythm to it. You start by listening to what your patient says for a few minutes, without interrupting, all the while sorting through possible diagnoses. This vast landscape of distress has been mapped into a series of categories in psychiatry’s diagnostic manual, DSM-IV. The book breaks down mental suffering into 16 groups of disorders, like mood disorders, anxiety disorders, psychotic disorders, eating disorders and several others. As I listened to J.J. (a nickname that he agreed I could use to protect his privacy), it was clear to me that he had one of the anxiety disorders, but which one? In order to systematically rule in or rule out the disorders, I asked J.J. dozens of questions. “Do you have panic attacks?” “Do you get fearful in crowded situations?” “Have you ever experienced a traumatic event that later caused flashbacks or nightmares?”

Each of J.J.’s answers provided me with a clue, closing off one possibility while opening up others. At its best, when you are working with an intelligent, insightful patient, the process is fun, involving a series of logical calculations, much like working a Sudoku puzzle. Finally, toward the end of the hour, I felt confident that I had arrived at J.J.’s diagnosis. “I think you have what we call ‘generalized anxiety disorder,’ ” I told him. It may start with a defined series of causes, as was true for J.J., but then it spirals outward, blanketing the world with potential threat. J.J. worried about what the future would bring and experienced a predictable series of physical symptoms: insomnia, muscle tension, irritability and poor concentration.

“I’m going to write you a prescription for a medication called Zoloft,” I said, picking up my prescription pad. He asked what was causing his anxiety, and I began one of the stock neurochemical explanations that psychiatrists typically offer patients about low serotonin levels in the brain. The treatment involved “filling up the tank” by prescribing a medication like Zoloft, Celexa or Paxil.

“So Dr. Freud, the causes are all in the brain? Isn’t there some explanation in my childhood?” It was a good-natured tease.

“I specialize in prescribing medications,” I said with a smile. I was a psychopharmacologist and specialized in medication rather than psychotherapy. “I can refer you to a good therapist in the area if you’d like.”

After J.J. left my office, I realized, uncomfortably, that somehow, over the course of the decade following my residency, my way of thinking about patients had veered away from psychological curiosity. Instead, I had come to focus on symptoms, as if they were objective medical findings, much the way internists view blood-pressure readings or potassium levels. Psychiatry, for me and many of my colleagues, had become a process of corralling patients’ symptoms into labels and finding a drug to match.

Leon Eisenberg, an early pioneer in psychopharmacology at Harvard, once made the notable historical observation that “in the first half of the 20th century, American psychiatry was virtually ‘brainless.’ . . . In the second half of the 20th century, psychiatry became virtually ‘mindless.’ ” The brainless period was a reference to psychiatry’s early infatuation with psychoanalysis; the mindless period, to our current love affair with pills. J.J., I saw, had inadvertently highlighted a glaring deficiency in much of modern psychiatry. Ultimately, his question would change the way I thought about my field, and how I practiced.

I originally became interested in psychiatry primarily because of my father: he is a psychiatrist practicing in San Francisco. But there was a darker side to my career choice. My mother suffered severe mental illness, with debilitating depressions and paranoid thoughts. One autumn day during my junior year in college, she committed suicide. Psychiatry then became personal, a way for me to come to terms with her illness.

I majored in psychology at U.C. Berkeley, and at U.C. San Francisco I labored through medical school’s rites of passage in order to qualify for a psychiatric residency. Eventually, on a steamy July day in 1992, I stood on a Boston street, far from home, gazing at Massachusetts General Hospital (known as M.G.H.), where I was about to start my training.

This was a momentous time at M.G.H. Prozac was introduced four years earlier and became the best-selling psychiatric medication of all time. Zoloft and Paxil, two similar medications, were in the pipeline, and many of the key clinical trials for these antidepressants were conducted by psychiatrists at M.G.H. who were to become my mentors. M.G.H. and other top programs were enthralled with neurobiology, the new medications and the millions of dollars in industry grants that accompanied them. It was hard not to get caught up in the excitement of the drug approach to treatment. Psychopharmacology was infinitely easier to master than therapy, because it involved a teachable, systematic method. First, we memorized the DSM criteria for the major disorders, then we learned how to ask the patient the right questions, then we pieced together a diagnosis and finally we matched a medication with the symptoms.

But learning the formal techniques of therapy was like navigating without a compass. While I learned how to form an alliance with my patients and begin a good dialogue, becoming a skillful therapist requires much more practice than busy psychiatry residencies allow.

When my father did his residency at U.C.S.F. in the 1950s, he learned therapy well, because, with few medications available, it was the main treatment psychiatrists could offer their patients. Psychiatric residencies focused on therapy, and many residents extended their training further by enrolling in postgraduate psychoanalytic institutes. When modern medications came on the scene, my father adapted by incorporating them into his therapy practice, as did many of his colleagues. I call this the “golden” generation of psychiatrists, those currently approaching retirement age, who were skilled at offering the full package of effective psychiatric treatments to patients.

The newer generation of psychiatrists, who graduated in the 1980s and afterward, trained in programs that were increasingly skeptical of therapy and that emphasized a focus on medications. M.G.H. was by far the most influential of these modern programs. Graduates of the M.G.H. program and its sister program at nearby McLean Hospital have fanned out throughout the country, becoming chairmen of departments and leaders of the National Institute of Mental Health.

A result is that psychiatry has been transformed from a profession in which we talk to people and help them understand their problems into one in which we diagnose disorders and medicate them. This trend was most recently documented by Ramin Mojtabai and Mark Olfson, two psychiatric epidemiologists who found that the percentage of visits to psychiatrists that included psychotherapy dropped to 29 percent in 2004-5 from 44 percent in 1996-97. And the percentage of psychiatrists who provided psychotherapy at every patient visit decreased to 11 percent from 19 percent.

While it is tempting to blame only the biologically oriented psychiatrists for this shift, that would be simplistic. Other forces are at work as well. Insurance companies typically encourage short medication visits by paying nearly as much for a 20-minute medication visit as for 50 minutes of therapy. And patients themselves vote with their feet by frequently choosing to see psychopharmacologists rather than therapists. Weekly therapy takes time and is arduous work. If a daily pill can cure depression and anxiety just as reliably, why not choose this option?

In fact, during my 15-to-20-minute medication visits with patients, I was often gratified by the effectiveness of the medications I prescribed. For perhaps a quarter of them, medications worked so well as to be nearly miraculous. But over time I realized that the majority of patients need more. One young woman I saw was referred to me by a nurse practitioner for treatment of depression that had not responded to several past antidepressants. She was struggling to raise two young children and was worried that she was doing a poor job of it. Her husband worked full time and was rarely available to help. She cried throughout our initial interview. I started her on Effexor and referred her to a social-worker colleague. She improved initially, but over the years since, her symptoms have waxed and waned. When she reports a worsening of her anxiety or depression, my first instinct is to do one of three things — switch medications, increase her dosage or add another. Over the course of 15 or 20 minutes, this is about all I can offer.

My treatment of this young woman follows the “split treatment” model, but a less charitable description is “fragmented care.” Like the majority of psychiatrists in the United States, I prescribe the medications, and I refer to a professional lower in the mental-health hierarchy, like a social worker or a psychologist, to do the therapy. The unspoken implication is that therapy is menial work — tedious and poorly paid.

But over the past few years, research studies have shown that therapy is just as effective as medications for many conditions, and that medications themselves often work through the power of placebo. In one study, for example, researchers did a meta-analysis of studies submitted by drug companies to the F.D.A. on seven new antidepressants, involving more than 19,000 patients. It turned out that antidepressants are, indeed, effective, because on average patients taking the pills showed a 40 percent drop in depression scores. But placebo was also a powerful antidepressant, causing a 30 percent drop in depression scores. This meant that about three-quarters of the apparent response to antidepressants pills is actually due to the placebo effect.

Nobody knows exactly how the mysterious placebo effect works, but it is clear that it has impacts on the brain that can be seen as clearly as medication effects. In one study conducted by pain researchers at the University of Michigan, subjects were given an ache-inducing injection of saline into their jaws and were placed in a PET scanner. They were then told that they would be given an intravenous pain treatment, but the “treatment” was merely more saline solution, acting as a placebo. The PET scan showed that the endogenous endorphin system in the brains of the subjects was activated. The patients believed so strongly that they were receiving effective treatment that their brains followed suit. Presumably, a corresponding brain change occurs when depressed patients are given placebo pills.

Like placebo, psychotherapy has typically been considered a “nonbiological” treatment, but it has become clear that therapy, like placebo, also leads to measurable changes in the brain. In an experiment conducted at U.C.L.A. several years ago, with subjects suffering from obsessive-compulsive disorder, researchers assigned some patients to treatment with Prozac and others to cognitive behavior therapy. They found that patients improved about equally well with the two treatments. Each patient’s brain was PET-scanned before and after treatment, and patients showed identical changes in their brain circuits regardless of the treatment.

In depression treatment, too, pills and therapy each lead to brain changes, but in this case they appear to be intriguingly distinct. In studies by Helen Mayberg, a professor of psychiatric neurology at Emory University, depressed patients given cognitive behavior therapy showed decreased activity in the frontal lobe, the brain center that might be responsible for the overmagnification of life’s problems that leads to depression in some patients. And they showed increased brain activity in parts of the limbic system, a brain region associated with strong emotion. But Mayberg found that when patients were given medication, their brain activities changed in the opposite direction, stimulating the frontal lobe and damping down the limbic system. “Our imaging results suggest that you can correct the depression network along a variety of pathways,” she said.

Clearly, mental illness is a brain disease, though we are still far from working out the details. But just as clearly, these problems in neurobiology can respond to what have traditionally been considered “nonbiological” treatments, like psychotherapy. The split between mind and body may be a fallacy, but the split between those who practice psychopharmacology and those specializing in therapy remains all too real.

After I saw J.J., I decided that I wanted to try to change my approach to treatment. I gradually began to carve out room in my schedule for longer visits with my patients. I endeavored to do what’s called “supportive” therapy, a technique favored by many therapists and involving basic problem solving and emotional support. It is a bit like what a friend would do for another friend offering advice in times of trouble, but more elaborate and with an accompanying raft of studies endorsing its effectiveness in psychiatry.

When I started to probe my patients, I realized I barely knew most of them. I had exuberantly documented their moods, sleep habits, energy levels and whether they had suicidal thoughts, but I didn’t know what made them tick as people. For example, I had treated Jane (her middle name), a health care administrator in her 40s, for depression and bulimia for many years, focusing on a complicated combination of medications like Effexor, Provigil and Xanax. Then she had a depressive relapse. This time, rather than simply adjusting her medication, I asked her what was going on in her life. I found out that her boss had recently given her an impossible assignment to complete and had berated her when the results were not to his liking. It seemed clear to me that her depression was partly triggered by the fact that she blamed herself for her boss’s poor communication skills and managerial lapses. I encouraged her to question that assumption each time it popped into her mind. Over the next few visits, she improved — relating better to her boss, able to take his criticism with a grain of salt and feeling more confident.

But while my simple therapeutic suggestions were helpful, as Jane and I continued to explore her work issues in detail, she said that she often lacked focus on the job. Knowing that poor concentration can be a symptom of depression, I asked if she associated her distractibility with periods of sadness. But she said there was no such correlation with her moods.

I wondered if she might have an adult version of attention deficit disorder. Indeed, carefully reviewing her years in school, I saw she was always easily distracted but overcame this problem by working extra hard, and managed to achieve good grades. Even now, her job performance was consistently rated as excellent, but the extra work this entailed sapped her energy.

I decided to prescribe her a version of Ritalin, the standard treatment for A.D.D. The next month, she said she felt that this medication had turned her life around. Not only did she feel more focused and productive at work, but she was more apt to get things done at home, which in turn enhanced her mood, indirectly improving her depression.

Is Jane’s story an argument for psychiatrists providing both medication and some sort of psychotherapy? I think it is. This does not mean that dedicated psychotherapists are not crucial — they are, because they can provide the in-depth therapy that psychopharmacologists will never have time to deliver. When our patients need more from us than just medication, however, we should be prepared to provide it. Oddly, managed-care companies discourage us from doing psychotherapy, arguing that it is cheaper to have psychiatrists do 20-minute medication visits every three months and to hire a lower paid non-M.D. for more frequent therapy visits. But the few studies that have analyzed the economics of these arrangements have found that integrated treatment actually saves money. Mantosh Dewan, the chairman of psychiatry at SUNY Upstate Medical University in Syracuse, found that when psychiatrists do both medication and psychotherapy, the overall amount of money paid out by insurance companies is actually less than when the treatment is split between psychiatrists and psychotherapists. When patients see only one provider, they require fewer visits overall.

It may be time to consider whether the term “psychopharmacologist” is actually doing damage to the field of psychiatry. The American Society of Clinical Psychopharmacology defines “psychopharmacology” on its Web site as “the study of the use of medications in treating mental disorders.” But in a recent article, three Harvard psychiatrists (interestingly, two of them from Mass General) have pointed out that no other medical specialty has carved out a separate “pharmacology”subspecialty. Good doctoring, they remind us, involves perfecting all the skills relevant to healing and deploying them when needed.

During my mother’s last months, she isolated herself from her family, so I don’t know what kind of treatment she was receiving before her death. But I do know what kind of treatment I would have hoped for her. She needed medication to combat her paranoia and the emotional pain of her depression. She needed someone who could expertly probe her thought process, in order to understand the fateful logic that led her to conclude that the only solution was to end her own life. She needed treatment that was intensive and exquisitely coordinated.

Such care is not always capable of saving damaged lives. But it is the best that we can do. It’s what we owe our patients — and ourselves.

Daniel Carlat is an associate clinical professor of psychiatry at Tufts University School of Medicine and the publisher of The Carlat Psychiatry Report. His book, “Unhinged: the Trouble With Psychiatry,” will be published in May.


Citation: http://www.nytimes.com/2010/04/25/magazine/25Memoir-t.html

Friday, April 23, 2010

Study: Children of suicide more likely to take own lives

By Elizabeth Landau, CNN
April 21, 2010 3:42 p.m. EDT

Previous research found strong indications of a genetic component to suicide.
Previous research found strong indications of a genetic component to suicide.
STORY HIGHLIGHTS
  • Researchers looked at data about Swedish children who lost parents
  • Between 7,000 and 12,000 children lose a parent to suicide each year in U.S.
  • Developmental, environmental, genetic factors are involved in suicide, experts say
  • Studies have found that there may be predisposition toward suicidal behavior in families


(CNN) -- Poet John Berryman. Sylvia Plath's son, Nicholas Hughes. These are prominent examples of people who whose parents died by suicide when they were children and also took their own lives as adults.

A large study has found that people who as children or adolescents lost a parent to suicide are more likely to die the same way. The research will be published in the May issue of the Journal of the American Academy of Child and Adolescent Psychiatry.

"It appears from our results that all factors -- developmental, environmental and genetic -- are important," said lead author Holly Wilcox of Johns Hopkins Children's Center.

Researchers looked at data from Sweden's population registry, examining records of more than 500,000 children, teens and young adults who lost a parent to suicide, illness or accidents. They compared those against nearly 4 million children, teens and young adults with living parents.

They found that Swedes who were children or adolescents when a parent took his or her own life had a three-fold increased risk of dying by suicide themselves. But young adults, in the 18 to 25 age bracket, did not have this higher risk.

"The disruption associated with parental suicide, we think, is greater when someone loses a parent during childhood and adolescence," Wilcox said.

Although the risk of suicide went up for children of people who had taken their own lives, suicide itself is still a relatively rare event, Wilcox said.

In the United States, between 7,000 and 12,000 children lose a parent to suicide each year, the researchers said.

The findings have the caveat that they are attached to a country that provides universal health care and has a higher economic status than many others, Wilcox said.

Still, the study is important in confirming the hereditary risk of suicidal behavior, said Dr. Maria Oquendo, a psychiatrist atColumbia University Medical Center who was not involved in the research.

A study in the same journal in February found that suicide attempts also run in families. In some cases, the children had attempted suicide before the parents did, said Oquendo, co-author of that study.

Oquendo and colleagues found that exposure to suicide -- that is, knowing about a parent's suicide attempt -- could not account for the pattern. This suggests that family members do not imitate suicidal behavior but that there may be predisposition toward it, Oquendo said.

Previous research also has found indications of a genetic component to suicide.

A 2009 study in the Proceedings of the National Academy of Sciences found biological markers for depression. Researchers found that the cortex, the brain's outermost surface, tended to be thinner in people at high risk of developing depression.

Participants had this brain surface thinning before they developed mental problems, the study said. Both children and grandchildren of depressed people had these structural differences in their brains.

Researchers believe that the thinning interferes with the processing of emotional stimuli, meaning people with these abnormalities may benefit from therapy specifically addressing how to respond to social stimuli, co-author Dr. Bradley Peterson, a psychiatrist at Columbia University Medical Center, said when the study was published.

Screening may one day become available for this cortical thinning and may help doctors determine depression risk early on, he said.

Many people mistakenly believe that stress is at the root of suicides; stress can play a role, certainly, but the familial component can determine how people respond to stress, Oquendo said.

"Unless there's something that predisposes you to react to stress in that way, the stress won't precipitate a suicide," she said.

There are opportunities for young people who lose a parent to suicide to be recognized in primary care, Wilcox said. Early identification and treatment of depression could help in suicide prevention, she said.

The surviving parent should also be more sensitive to any psychiatric problems that come up, Wilcox said.

Wilcox's study also found that a child's risk of committing a violent crime went up if he or she had lost a parent, regardless of cause.