Showing posts with label Include. Show all posts
Showing posts with label Include. Show all posts

Saturday, January 22, 2011

Help seems yet conscious include a placebo

Study says the ritual of taking placebo, might work making as pills.

David Sucsy iStockphoto.com study says the ritual of taking placebo, might work making as pills.

Placebo not shrink tumors or multiple sclerosis in its title to stop, but there are tons of evidence you can relieve pain and an array of other symptoms.


Conventional wisdom is that placebo require deception. To work, a patient has to think it is a drug that the active. To frown of the American Medical Association and other authorities on the use of placebos in everyday medical care for ethical reasons.


But along came the "honest placebo"-study.

 

A fascinating Harvard study in the online journal PLoS ONE seems to end up conventional wisdom on placebo. It beats strong placebo can work, even if patients take a fake pill.


"Fifty-nine percent of patients who were the placebo reasonable facility compared to people on the no-treatment control 35 percent reported", says study author Ted Kaptchuk by Beth Israel Deaconess Medical Center. "That's almost twice The…improvement!"


Study participants were 80 volunteers with long-standing irritable bowel syndrome or IBS, is a nasty turn sometimes with constipation stress - related disease with abdominal bloating, cramping, diarrhea,.


Patients who took placebo knowingly improved on a range of IBS measures. In fact, their overall symptom relief was actually better than previous studies that showed a potent IBS drug called Alosetron.


Linda Buonanno was one of the voluntary study placebo. It has IBS had 16 years and if the researchers told her got fake pills, don't you think that you would do anything. "I said, 'How in the world to work?'" Buonanno says. "" But you said,"well, it's mind over matter." "" I said, ' well, alright, let's see how good is my spirit. ""


Buonanno apparently has a pretty good spirit, placebo wise.


Your cramps, flatulence and diarrhea disappeared after only three days using two placebo twice a day. Three weeks later, if you ran from placebo, you asked for more - how many in the study. But the study was over, and no more official placebo could.


"The symptoms came back directly," says Buonanno. So it went to a health food store and bought some of their own placebo - herbal supplement pills.


"I got stuck in my mind that this is really help IBS and I got rid 70 percent of my (IBS) as problems", she says.


But how does it work? Researchers Kaptchuk thinks it is the ritual.


Dr. Anthony Lembo, a Beth Israel Deaconess gastroenterologist who attended the study says he told study topics, the the placebo "is something that helps your symptoms, it is a good chance to make themselves better feel."


He also said that it regardless if they believed in the placebo or not. He told patients: "just to take it regularly and the drug will work in the course of time if you give it a chance."


Kaptchuk says that the reason for people to ask, to take the placebo twice a day is part of the "self healing ritual".


"They're embedded in it," he says. "It's not something you think, it is something you do..." "This is the context in which the pill is managed."


The study can open a door towards ethical use of placebos in daily medical practice. But first need researchers to do larger, longer studies.


Kaptchuk and Lembo hope on Government funding for these studies. Because after all, there are no large placebo manufacturers out there eager to this type of fund research.


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Sunday, November 21, 2010

Crowds include: results of may change

Clark McPhail
professor emeritus of sociology, University of Illinois at Urbana-Champaign
Urbana-Champaign, Illinois


Stephen K. Doig
Knight chair in journalism, Cronkite School of Journalism
Arizona State University
Tempe, Arizona


How many people attended Jon Stewart's rally last weekend, or Glenn Beck's rally last summer? It depends on who you ask. Two crowd-counting experts explain the "gold standard" for measuring crowd size, and discuss why some rally organizers might disagree with the counts.

Copyright © 2010 National Public Radio®. For personal, noncommercial use only. See Terms of Use. For other uses, prior permission required.


IRA FLATOW, host:


You're listening to SCIENCE FRIDAY. I'm Ira Flatow.


When Jon Stewart held his rally in D.C., he said that the success of the event would be measured by how many people showed up, and that seems true. We always watch for the official count. But just how do they count the crowd? For example, how many people attended the Million Man March? It depends on whom you ask. According to the U.S. Park Police, about 400,000. But the organizers of the march took issue with that number and asked for a recount. And using different images, a different image, a crowd counting expert at Boston University estimated the crowd to be closer to 800,000 - almost twice the number that the Park Service had. So what followed? The Park Service stopped publicizing its crowd counts and did not give them out anymore.


But the controversy over the headcount didn't end or start there. According to my next guests, nearly every major protest or rally sparks a similar dispute over the numbers. There were disagreements over how many people attended President Obama's inauguration, Glenn Beck's rally at the Mall.


How do you count a crowd? Is there a scientific way to do it? Well, it's not as easy you think, according to my guests.


Clark McPhail is professor emeritus of sociology at the University of Illinois at Urbana-Champaign.


Thanks for joining us today.


Professor CLARK McPHAIL (Sociology, University of Illinois at Urbana-Champaign): Thank you.


FLATOW: You're welcome. Stephen K. Doig is Knight Chair in Journalism at the Cronkite School of Journalism at Arizona State University in Tempe. He's also part of a Pulitzer Prize-winning group in the Miami Herald for their 1993 coverage of Hurricane Andrew.


Welcome to SCIENCE FRIDAY.


Professor STEPHEN K. DOIG (Knight Chair in Journalism, Cronkite School of Journalism, Arizona State University): Thank you, Ira.


FLATOW: Clark McPhail, is there a good way to count the number of people in the crowd? I mean, why is it so hard that we get so many different numbers for these things?


Prof. McPHAIL: Part of it is a matter of the perspective of the organizers who are frequently looking at the rally from only a very slightly elevated vantage point on a rally platform, and right in front of them, the gathering tends to be very, very dense. And then if they look down through the depth of the gathering, toward the end, they're tricked by something that's called foreshortened perspective. It appears that the density of the crowd immediately in front of them extends throughout the length of the gathering.


And so what people have tried to do to overcome that is to get an overhead or an aerial, an elevated vantage point from which to look at the gathering. And there are three kinds of variables. You need to know how much - what the carrying capacity of the space is in which the gathering is arrayed, and what the square footage is. What's the carrying capacity? What proportion of that is occupied? Is it a hundred percent, 75 percent, 50 percent? And then what is the density of the occupation?


And that method was invented, really, by a journalism professor - Steve Doig, I'm sure, is familiar with the story - Herb Jacobs, who had an office overlooking Sproul Plaza during the Free Speech Movement back in the '60s. And he was curious about the size of the gathering in front, and so he invented this procedure. I don't know if we can call it scientific or not, but it is an objective procedure of the three variables that I've mentioned: carrying capacity, the proportion of the space occupied and the density of the occupation.


FLATOW: So, Steve, if you know the square footage of the area and you know how - the size of person, can't you make a pretty good guess at how many people are there?


Prof. DOIG: Right. You can certainly set limits, at least, you know, a rational area in which the crowd size is likely to be. And that's usually the problem with crowd estimation, is in advance of the crowd, the organizers - no matter what the event - all too often come up with sort of hyped projections of what's going to be. And then they wind up having to show that their event was even more popular than they predicted. And so that's why you wind up with the overhyped ones. But, you know, the point of doing what Professor McPhail talks about is to set sort of rational boundaries on what actually could be there, and it is - it's actually a simple math problem, as he points out.


FLATOW: How do you know how much space to allow an individual in those pictures?


Prof. DOIG: What I do when I train students to make observations is to use the front page of newspapers. If you look at - below the fold, that's about one-and-a-quarter square feet. The entire page is about two-and-a-half square feet. Two pages are five square feet, and so on. At the front of any gathering, the density is very high. It can be pretty close to two-and-a-quarter, or even more dense than that. But as you move to the back and to the sides, it sparses out.


So what the Park Service, the U.S. Park Police has done over the years, working with the formulation that Jacobs' developed, they just average out and use five square feet.


Now what Steve has been doing with Kurt Westergaard in the air photo live organization, is to do a little more discretionary estimation of density and, perhaps, he can tell you about that.


FLATOW: Steve?


Prof. DOIG: Sure. Yeah. It's the advantage you have when you have a nice overhead image of it is you can break the crowd up. You can take the image. You can grid it off. You can make estimates and see the differences that Professor McPhail was talking about, you know, clearly up in the front or in front of JumboTrons or whatever you're getting to get much density. But if you have a grid, you can make reasonable estimates of the density based on the number of square feet per person that are being taken up, and use that to get a, I guess, a more nuanced density, rather than just coming up a single guess of, say, five square feet per person you know.


FLATOW: You know, I was wondering, in this age of spy in the sky satellites, having been up in the air for decades now, and facial recognition, you would think that some people in the military, in the intelligence service have already figured out some way of really getting an accurate account we just don't know about.


Prof. McPHAIL: You're quite correct about that. During the run up into the 2009 inauguration, there were a number of people who were using satellite imageries. And one of the people that I came in contact with, her name is Allison Puccioni. She works now for James Limited. But before she went to work for them, she was in the U.S. military, and she was doing satellite imagery analysis. And so you can get, you know, a very good image from several thousand of feet in the sky. But it doesn't last very long, because the satellite is going over. So you can't really follow the changes across time. But it does a very good job of that.


Prof. DOIG: There were beautiful images of the inauguration, there was a GeoEye satellite going over about 45 minutes before. And it took a very you know, there was a fascinating picture of the crowd. You could really see that, the (unintelligible) density across there because of it.


FLATOW: Mm-hmm. Well, we'd think that some company would go in the business of crowd measuring.


Prof. McPHAIL: There is one.


(Soundbite of laughter)


FLATOW: I'm always far behind.


Prof. McPHAIL: (Unintelligible) is visually doing it.


FLATOW: Yeah. And they're using would you agree, accurate measurements - making accurate measurements of the crowd?


Prof. DOIG: We got...


Prof. McPHAIL: They're doing their best, I think.


Prof. DOIG: Can you discuss, just a bit, the panoramic digital imagery that's attached to the weather balloon that you use and tell the people a little bit about how high that's tethered above the ground on which the gathering is assembled?


Prof. McPHAIL: I'd tell you what I know about it. My problem is, I'm actually in Portugal and I've never actually seen the actual equipment. So I only know what I've been told. But what normally they do, is they have a balloon. They have equipment that hangs from it. My understanding is that it's going up around 700 feet.


FLATOW: Mm-hmm.


Prof. McPHAIL: D.C. is a difficult area to get aerial images because there are not very many tall buildings around to get good overhead shots and the airspace is very restricted. So the balloon approach is actually a clever solution to that problem. They have to get permits and so on.


Prof. DOIG: But the photographs, they're really very useful.


Prof. McPHAIL: But that's...


FLATOW: Should the Park Service start giving out those numbers again?


Prof. McPHAIL: Yes. Absolutely.


(Soundbite of laughter)


Prof. DOIG: That would be good. I'm sure they're doing I would hope they are continuing to do that internally. You just need...


FLATOW: They have to.


Prof. DOIG: ...need that kind of thing for planning.


Prof. McPHAIL: For budgetary reasons, for planning, for personnel requests and things of that sort. I think there's another flawed way of getting an elevated vantage of point. The Washington Monument is pretty high in the sky. And while you get some foreshortened perspective, at least looking down, you can see the length of the mall and you can determine how many of the panels of the mall are occupied. And if you had always had photographs from the top of the Washington Monument -the Post could do it - and a reported on the ground, walking through the gathering to make estimates of the density, it seems to me that you could have a standardized way of doing that. Having said that - and I have nothing at all against the private enterprise that Kurt Westergaard has developed it seems to me that the First Amendment Rights of assembly and speech really merit an independent, noncommercial estimation that's systematic.


I think that people understand how well that can be done, that you could have a way of showing the magnitude of support, for or against, the various kinds of issues that people assembled to protest or to push forward. So I would like to see the park service do it again. And, certainly, the technology has developed that they, perhaps, could do it better than what was possible before.


FLATOW: Mm-hmm. You agree, Steve?


Prof. DOIG: I agree.


FLATOW: Yeah.


Prof. DOIG: Sure. I think it's good (technical difficulties). I mean, the problem with rallies like this is the size of it becomes a totem, I guess...


FLATOW: Right.


Prof. DOIG: ...of how popular the event was...


FLATOW: But...


Prof. DOIG: ...and it's incumbent on the press to provide some sort of independent answer to that question.


FLATOW: If you could get the perfect picture, overhead, no shadows, confusion, face recognition, something, what would be your margin of error? What would you be shooting for?


Prof. McPHAIL: It's - if you're talking margin of error, you're really dealing with sampling. And the best you could say if you were trying, well, there's another approach that can be done. You could grid it off and use something like the Mechanical Turk, which is the Amazon thing where you parcel out a large job into small pieces and basically have a whole bunch of people pay small amounts of money to try and actually count the ebbs in...


FLATOW: Mm-hmm.


Prof. McPHAIL: ...a, let's say, a random selection of squares and then turn that into an estimate. Then you could have a real margin of error. In reality, the kinds of estimates that, for instance, I'm doing with the, you know, with the images, I make a guess and then I basically, doing a margin of error, I'm saying, well, it's probably within, you know, 10 or 15 percent of...


Prof. DOIG: Yup. Right.


Prof. McPHAIL: ...whatever of I'm guessing.


FLATOW: All right. Thank you, gentlemen, for taking time to be with us. I want to thank Clark McPhail, who's professor emeritus of sociology, University of Illinois at Urbana-Champaign. And Stephen Doig, Knight chair in journalism at the Cronkite School of Journalism at Arizona State University in Tempe. Thank you for being with us today.


Prof. DOIG: Thanks. Enjoy (unintelligible).


Prof. McPHAIL: My pleasure.


FLATOW: You're welcome. This is SCIENCE FRIDAY from NPR.

Copyright © 2010 National Public Radio®. All rights reserved. No quotes from the materials contained herein may be used in any media without attribution to National Public Radio. This transcript is provided for personal, noncommercial use only, pursuant to our Terms of Use. Any other use requires NPR's prior permission. Visit our permissions page for further information.

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Wednesday, August 4, 2010

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Thursday, June 24, 2010

5 Ingredients Your Skin Cream Should Include

There are many ingredients that can be found in a multitude of skin care creams however there are five that should be present no matter what the other ingredients are. Vitamin C is currently one of the most powerful anti-aging substances available on the market. It is proven to protect the collagen within skin and keep free radicals from producing aging signs.

Salicylic acid is a keratolytic beta hydroxyl acid and has the ability to smooth the skin without causing irritation. It is also able to reduce such things as acne causing bacteria while reducing oil. It is exceptional at penetrating pores and cleaning out impurities.

Peptides are generally used in anti aging products and have actually been proven to out perform such things as Retinol. This substance smoothes wrinkles and reduces the visual effects of aging.

Hyaluronic Acid is a bioactive type hydrating ingredient. It has the capability of binding a thousand times its weight in moisture to the skin and is often found in such things as toners, moisturizers and eye creams. This substance has been in use for years and is one of the most common hydrating ingredients. It has the capability of constantly increasing the skin’s water content which reduces wrinkling. No matter what your skin care routines, this particular ingredient should be a part.

Beta Glucans helps the body to heal itself, when applied to skin issues, it has been shown to help correct a variety of concerns.



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