Standing Up & Oolong Tea = Weight Loss?

Seahunt

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Two different interesting articles I just read about weight loss - hmmmm, after reading these I guess I'm going to start standing up a lot more while drinking a cup of oolong tea :rotfl: :

Standing up

A New Way to Control Weight?
Scientists Say Just Standing Up May Be as Important as Exercise
By LEE DYE
Nov. 28, 2007 —

Scientists have found intriguing evidence that one major reason so many people are overweight these days may be as close as the seat of their pants. Literally. According to the researchers, most of us sit too much.

In most cases, exercise alone, according to a team of scientists at the University of Missouri, isn't enough to take off those added pounds. The problem, they say, is that all the stuff we've heard the last few years about weight control left one key factor out of the equation. When we sit, the researchers found, the enzymes that are responsible for burning fat just shut down.

This goes way beyond the common sense assumption that people who sit too much are less active and thus less able to keep their weight under control. It turns out that sitting for hours at a time, as so many of us do in these days of ubiquitous computers and electronic games and 24-hour television, attacks the body in ways that have not been well understood.

The Need to Putter
"It was hard to believe at first," said Marc Hamilton, associate professor of biomedical sciences at the University of Missouri-Columbia and leader of the research team. He said the team didn't expect to find a strong signal when they began researching what happens to fat when we remain seated. But the effect, both in laboratory animals and humans, turned out to be huge.

The solution, Hamilton said, is to stand up and "putter."

The research was published this month in the peer-reviewed journal Diabetes, and it will be presented by Hamilton's post-doctoral researcher, Theodore Zderic, at the upcoming Second International Congress on Physical Activity and Public Health in Amsterdam.

Hamilton is not suggesting that anyone quit exercising. But he says his work shows that exercise alone won't get the job done. We have to pay more attention to what's happening when we aren't in the gym, because the body's ability to dispose of fat virtually shuts down, he says, at least if we're sitting down.

Hamilton recruited a few laboratory rats and pigs, as well as about a dozen human volunteers, including himself, to learn more about the physiological effect of sitting. The lab animals laid the foundation for the research in two different experiments. The animals were injected with a small amount of fat that contained a radioactive tracer so the researchers could determine what happened to the fat.

"What's the fate of that fat?" Hamilton asked during a telephone interview. "Is it burned up by the muscle?"

The radioactive tracer revealed that when the animals were sitting down, the fat did not remain in the blood vessels that pass through the muscles, where it could be burned. Instead, it was captured by the adipose tissue, a type of connective tissue where globules of fat are stored. That tissue is found around organs such as the kidneys, so it's not really where you want to see the fat end up.

The researchers also took a close look at a fat-splitting enzyme, called lipase, that is critical to the body's ability to break down fat.

After the animals remained seated for several hours, "the enzyme was suppressed down to 10 percent of normal," Hamilton said. "It's just virtually shut off."

The results from the animal studies were very convincing, he said, and human experiments were just as compelling. The researchers injected a small needle into the muscles of the human volunteers and extracted a small sample for biopsy. Once again, the enzyme was suppressed while the humans remained seated. That resulted in retention of fat, and it also resulted in lower HDL, the "good cholesterol," and an overall reduction in the metabolic rate.

You Need to Move Those Legs
The implications, Hamilton said, are clear. While much thought has been given to the good effects of regular exercise, scientists have not paid enough attention to what happens during the rest of the time when we may be fairly active but are probably sitting too much. That could help explain the rising tide of obesity, because people tend to sit more these days than they did a half century ago. Not to mention eating too much and getting precious little exercise.

Some might argue that playing video games, or even working at the computer, involves movement of the upper body, especially the hands and arms, so that's not really inactive. But Hamilton counters that arms don't weigh very much, and the big muscles in the human body which are so critical to burning fat are located in our legs and back.

"When we think about the postural muscles that are mostly in the legs and back, these are big, powerful muscles," he said. "We're talking probably 20 pounds of muscle in each leg. That's a lot of muscle that can be engaged in routine activities," including burning fat. But they can't do that without the enzyme that is suppressed while seated.

Much is still not known, including such fundamental issues as how long the effect lasts from getting up and moving around for a while, but Hamilton expects the answers to come fairly soon.

"There is going to be a flood of research on this in the next couple of years, and not just by us," he said. "This has raised the attention of a lot of great scientists around the world who have begun doing their own studies."

In the meantime, he suggests, we do the obvious. Take the time to get up and "putter" for a while. If his research turns out to be on the mark, it could save your life.
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Oolong Tea article

More proof that oolong tea slims
A recent study on oolong tea reveals that drinking three cups a day helps people lose up to 20 pounds a month with no other lifestyle changes. While prior research credits the tea for balancing blood sugar to reduce belly fat, the latest findings suggest its detoxifying polyphenols can also flush fat trapping waste.
 
Thanks for the articles. I'm not sure what I think about the get up and putter one. I do a lot of walking around, it seems if I try to sit for a minute one of the kids is asking me to get them a drink or change a diaper or break up a fight. So even with all that movement I still have a hard time losing weight. Hmmm. I still believe it is good to move as much as you can during the day. Now I'll just feel guilty when I do sit for more than 10 minutes in a row!!!

And maybe I should try that Oolong tea! 20 lbs in a month would be awesome!
 
The research on sitting sounds very interesting; thanks VERY much for posting it! It's already known that sitting still for long periods of time on airplanes is a major risk factor for severe, sudden blood clots. Perhaps prolonged sitting poses other risks as well. The research on sitting was published in a legitimate medical journal. I found the abstract (article summary) online, and I'm going to post it at the end of this comment. Interestingly, someone (it may have been my diabetes educator) said just a few weeks ago that that it is really helpful to "sit less." Maybe she was thinking of this study. Also, just about an hour before I read this, I was talking to my husband about the possibility of setting up a computer and web connection at our treadmill. I heard about a biochemistry researcher who walks on a treadmill, very slowly, the whole time that he uses his computer. I'd really like to try something like that.

I want to say, though, that the "article" on oolong tea sounds like an ad, not a real article. It doesn't cite any research, and gives no names of people who did any studies. Tea does have polyphenols, and polyphenols do help with weight loss (in fact I've been drinking tea as a weight loss aid), but 20 pounds a month from drinking tea just isn't plausible; I've been reading lots of studies on tea and the effect is nowhere near that strong. Also, green tea has more polyphenols than oolong tea does.


Here is the abstract of the article on sitting; taken from the U.S. National Library of Medicine online PubMed database, www.ncbi.nlm.nih.gov

1: Diabetes. 2007 Nov;56(11):2655-67. Epub 2007 Sep 7. Links
Role of low energy expenditure and sitting in obesity, metabolic syndrome, type 2 diabetes, and cardiovascular disease.Hamilton MT, Hamilton DG, Zderic TW.
Department of Biomedical Sciences, University of Missouri-Columbia, Columbia, MO 65211, USA. hamiltonm@missouri.edu

It is not uncommon for people to spend one-half of their waking day sitting, with relatively idle muscles. The other half of the day includes the often large volume of nonexercise physical activity. Given the increasing pace of technological change in domestic, community, and workplace environments, modern humans may still not have reached the historical pinnacle of physical inactivity, even in cohorts where people already do not perform exercise. Our purpose here is to examine the role of sedentary behaviors, especially sitting, on mortality, cardiovascular disease, type 2 diabetes, metabolic syndrome risk factors, and obesity. Recent observational epidemiological studies strongly suggest that daily sitting time or low nonexercise activity levels may have a significant direct relationship with each of these medical concerns. There is now a need for studies to differentiate between the potentially unique molecular, physiologic, and clinical effects of too much sitting (inactivity physiology) separate from the responses caused by structured exercise (exercise physiology). In theory, this may be in part because nonexercise activity thermogenesis is generally a much greater component of total energy expenditure than exercise or because any type of brief, yet frequent, muscular contraction throughout the day may be necessary to short-circuit unhealthy molecular signals causing metabolic diseases. One of the first series of controlled laboratory studies providing translational evidence for a molecular reason to maintain high levels of daily low-intensity and intermittent activity came from examinations of the cellular regulation of skeletal muscle lipoprotein lipase (LPL) (a protein important for controlling plasma triglyceride catabolism, HDL cholesterol, and other metabolic risk factors). Experimentally reducing normal spontaneous standing and ambulatory time had a much greater effect on LPL regulation than adding vigorous exercise training on top of the normal level of nonexercise activity. Those studies also found that inactivity initiated unique cellular processes that were qualitatively different from the exercise responses. In summary, there is an emergence of inactivity physiology studies. These are beginning to raise a new concern with potentially major clinical and public health significance: the average nonexercising person may become even more metabolically unfit in the coming years if they sit too much, thereby limiting the normally high volume of intermittent nonexercise physical activity in everyday life. Thus, if the inactivity physiology paradigm is proven to be true, the dire concern for the future may rest with growing numbers of people unaware of the potential insidious dangers of sitting too much and who are not taking advantage of the benefits of maintaining nonexercise activity throughout much of the day.

PMID: 17827399 [PubMed - in process]


The full article about sitting is available online at http://diabetes.diabetesjournals.org/cgi/content/full/56/11/2655
However, it costs $12 to read it.
 















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