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       #Post#: 3157--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: May 17, 2015, 4:04 pm
       ---------------------------------------------------------
       [center][b]Seven Essential Keys to Rehabilitate Your Gut, from
       Birth to Death[/b][/center]
       In his book, Dr. Perlmutter delves into seven essential keys for
       rehabilitating your gut, starting at birth.
       1. Vaginal birth Do everything you can to avoid a Caesarian
       section. When you elect to deliver a child via Caesarian section
       – and there are times when it needs to be done to save the life
       of the mother or the baby—understand that by and large, you're
       tripling the risk for attention-deficit hyperactivity disorder
       (ADHD) and doubling the risk for autism in your child. You're
       also dramatically increasing the risk that your child will
       struggle with obesity, type 1 diabetes, and allergies. These are
       all inflammatory issues that are dramatically increased in
       children born via Caesarian section.
       Dr. Perlmutter describes a simple and elegant technique
       developed by researchers at Yale University, whereby an organic
       gauze sponge is placed in the birth canal before the mother who
       is going to have a C-section is given the IV antibiotics. The
       sponge is then removed, the antibiotics are given, and as soon
       as the baby is born, the sponge is placed over the baby's face,
       inoculating the child with its mother's bacteria. This could be
       a good adjunct anytime a Caesarian is required. Unfortunately,
       at present it's unlikely you'd be able to get your doctor to do
       it.
       2. Breastfeeding Aside from providing the most appropriate
       nutrients, breast feeding also affects your child's microbiome
       via bacterial transfer from skin contact.
       3. Antibiotics When you change your microbiome, certain groups
       of bacteria tend to be favored, such as the Firmicutes group.
       When present in excess, Firmicutes increase your risk of
       obesity. Animal research shows that when you change the animals'
       microbiome using antibiotics, they gain weight. We also give
       antibiotics to cattle to make them fatter, faster. The same
       thing occurs in your body, which is why avoiding unnecessary
       antibiotics is so important.
       Disinfectant products like antibacterial soaps and hand gels
       also fall into this category and should be avoided as much as
       possible.
       4. Refined sugar and processed fructose  Sugar and high-fructose
       corn syrup (HFCS) preferentially increases the growth of
       pathogenic disease-causing bacteria, fungi, and yeast, so
       limiting the amount of refined and processed sugars in your diet
       is a key dietary principle for gut health.
       According to Dr. Perlmutter, fructose in particular promotes
       gut dysbiosis, and there's also a good correlation between
       fructose consumption and the levels of LPS, the inflammatory
       marker that shows your gut is leaking.
       Fructose is also far more aggressive in terms of causing
       glycation of protein than other sugars, meaning high levels of
       sugar in your blood that bind to proteins. This too is
       correlated with leaky gut, and may explain why fructose
       consumption is related to increased gut permeability, and
       inflammatory diseases like obesity.
       5. Genetically engineered foods and pesticides Avoid genetically
       engineered foods. As noted by Dr. Perlmutter: "Yes, there is a
       clear and present danger in the notion of genetically modifying
       the food that we share with our gut bacteria. The gut bacteria
       are expecting the type of food that they have been provided for
       a couple of million years.
       Suddenly, we're introducing foods that are genetically unlike
       anything the human microbiome has ever seen. The research that
       allows the Food and Drug Administration (FDA) to allow
       genetically modified food has not even considered looking at the
       effects of GMOs on the human microbiome."
       Glyphosate, which is liberally used on genetically engineered
       Roundup Ready crops, and many non-organic non-GMO crops as well,
       has also been found to alter the human microbiome, so
       genetically engineered foods deliver a double assault on your
       gut bacteria every time you eat it.
       "We're poisoning the food that we eat. If that's not bad enough,
       that's the food we're feeding our microbiome, which are going to
       determine whether we live or die," Dr. Perlmutter says. "It's a
       bit of a worry."
       6. Probiotic foods Focus on eating probiotic foods, such as
       fermented vegetables, sauerkraut, kimchi, kefir, and kombucha (a
       fermented drink). A broad-spectrum probiotic supplements may
       also be advisable—especially if you have to take a course of
       antibiotics.
       7. Prebiotic fiber Consume plenty of prebiotic fiber. Not all
       fibers are prebiotic, so not any old fiber will do the job here.
       Whole foods are the best. Examples include dandelion greens,
       which can be lightly sautéd, Mexican yam or jicama that can be
       chopped up raw and put in your salad.
       Onions and leeks are also excellent choices. These kinds of
       foods will allow your gut bacteria to flourish, which is the key
       to health, disease resistance, and longevity.
  HTML http://articles.mercola.com/sites/articles/archive/2015/05/17/gut-bacteria-brain-health.aspx
  HTML http://www.ecorazzi.com/wp-content/uploads/2012/09/sunflower-592x393.jpg
       #Post#: 3241--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: June 2, 2015, 10:28 pm
       ---------------------------------------------------------
       [center][img
       width=640]
  HTML https://external-content.duckduckgo.com/iu/?u=https%3A%2F%2Fwww.oliveoiltimes.com%2Fwp-content%2Fuploads%2F2014%2F07%2F49156976_ml.jpg&f=1&nofb=1[/img][/center]
       [center]What’s the Verdict on Olive Oil: Is it Good or Bad for
       You?
  HTML http://www.createaforum.com/gallery/renewablerevolution/3-200714191404.bmp[/center]
       Dr. Mark Hyman | June 2, 2015 1:39 pm
  HTML http://ecowatch.com/2015/06/02/olive-oil-good-or-bad/
       Hint: [img width=25
       height=30]
  HTML http://www.createaforum.com/gallery/renewablerevolution/3-080515182559.png[/img]<br
       />
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       />
       #Post#: 3359--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: June 25, 2015, 6:18 pm
       ---------------------------------------------------------
       [center]“The Sioux Chef” dishes on the past — and future — of
       Native American cuisine[/center]
       By Madeleine Thomas  on 24 Jun 2015
       SNIPPET:
       [size=12pt]On “oppression food.”[/size]
       Almost all Native American communities were basically forcibly
       removed from their traditional food systems, which threw a
       wrench into everything.
       You saw fry bread become integrated into native communities
       across the board, but only because it was “oppression food,”
       really. It was something that kept them alive, but it wasn’t
       really healthy for anybody. Because it had passed through so
       many generations, people were talking more about their
       grandmother’s fry bread recipe than they were about the cool
       sauce they were making from wild greens or roots.
       On why Native American food should be the next big thing.
       I think native communities are really still recovering from what
       happened to them. Across the board, all Native American people
       have had a pretty dark history with the United States.
       There’s a lot of great positivity we can offer and I think our
       food system is a huge one that should be all over the place.
       There should be Native American restaurants all over the nation
       that really show how diverse the United States is in culture and
       cuisine — not just beer and burgers at every stop you go to.
       There’s so many different food systems, and so many different
       cultures and religions within Native America, so that should
       really be the focus. [img
       width=60]
  HTML http://renewablerevolution.createaforum.com/gallery/renewablerevolution/3-250817121649.png[/img]<br
       />
       Someday, I hope we see more Native American restaurants across
       the board. [img
       width=40]
  HTML http://renewablerevolution.createaforum.com/gallery/renewablerevolution/3-221017161839.png[/img]
  HTML http://grist.org/people/sioux-chef-dishes-on-the-past-and-future-of-native-american-cuisine/
       #Post#: 3374--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: June 28, 2015, 4:50 pm
       ---------------------------------------------------------
       [center]
  HTML https://youtu.be/jPkRdAfuwjg[/center]
       [center]Proper Nutrition and Exercise are the KEY to
       Cardiovascular health.
       The importance of Vitamin K2 as opposed to the TOTALLY DIFFERENT
       Vitamin K1, is explained.
       [/center]
  HTML http://articles.mercola.com/sites/articles/archive/2015/06/28/vitamin-k2-health-benefits.aspx
       #Post#: 3492--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: July 20, 2015, 7:14 pm
       ---------------------------------------------------------
       [center]Rock star gives $100,000 to Vermont’s GMO defense fund
  HTML http://www.createaforum.com/gallery/renewablerevolution/3-200714191456.bmp[/center]
       Sam Heller Jul. 20 2015, 5:58 pm
       Gov. Peter Shumlin announced Sunday at a concert by Neil Young
       in Essex Junction that Young (right) had donated $100,000 to a
       legal defense fund for Vermont's GMO labeling law. Photo
       courtesy of the Governor's Office.
       Gov. Peter Shumlin announced Sunday at a concert by Neil Young
       in Essex Junction that Young (right) had donated $100,000 to a
       legal defense fund for Vermont’s GMO labeling law. Photo
       courtesy of the Governor’s Office.
       Canadian rocker Neil Young joined Gov. Peter Shumlin in Essex
       Junction on Sunday to voice his support for Vermont’s GMO
       labeling law, which requires food produced using genetic
       engineering to say so on the packaging.
       Shumlin praised Young’s announcement that he would make a
       $100,000 donation to the Vermont Food Fight Fund, established to
       defend Vermont’s law from opponents who wish to see it
       overturned in court.
       “Support for the food fight fund is support for the consumer’s
       right to know. Huge corporations fighting to keep consumers in
       the dark are suing the state in a series of vigorous and costly
       lawsuits. The food fight fund will defend against the lawsuits
       and is the classic David and Goliath story of a small state
       versus the big food industry,” Shumlin said in a news release.
       Act 120 has been challenged in court by the Grocery
       Manufacturer’s Association and other food industry trade groups,
       who say the bill is unconstitutional and a violation of their
       freedom of speech.
       “The First Amendment dictates that when speech is involved,
       Vermont policymakers cannot merely act as a pass-through for the
       fads and controversies of the day. It must point to a truly
       ‘governmental’ interest, not just a political one,” the Grocery
       Manufacturer’s Association says on their website.
       The organization also argues that GMO labeling laws are neither
       comprehensive enough to achieve their goal of greater
       transparency in the food industry, nor backed by scientific
       research.
       In the news release, Shumlin characterized the bill as a
       populist attempt to protect consumers’ right to know what
       they’re eating.
       “If we win in Vermont it will pave the way for labeling laws
       across the country. If we lose, so, too, does the consumer right
       to know and the power of people over profits,” he said.
       The state will draw upon the Vermont Food Fight Fund to help pay
       for the upcoming legal battle against the GMA. Young’s $100,000
       contribution brings the contents of the fund up to $550,000, the
       release said.
       Young is no stranger to either Vermont politics or controversy
       over GMO issues. He recently came out in support of Sen. Bernie
       Sanders’ presidential bid after Republican candidate Donald
       Trump used Young’s “Rockin’ in the Free World” as his campaign
       song without Young’s permission. Shumlin supports Sanders’
       Democratic primary opponent Hillary Clinton.
       Young’s latest album, “The Monsanto Years,” offers a harsh
       critique of the eponymous company’s heavy use of genetic
       engineering.
       [quote]
       “I am proud to stand in solidarity with the people of Vermont
       and support efforts to uphold the people’s will in the legal
       battle against corporate bullying. GMO labeling will stand,”
       Young said in the release.
  HTML http://renewablerevolution.createaforum.com/gallery/renewablerevolution/1/3-250718204530.gif<br
       />[/quote]
       Young, a former member of the band Crosby, Stills, Nash and
       Young, was in Vermont on Sunday to perform at the Champlain
       Valley Exposition.
  HTML http://vtdigger.org/2015/07/20/rock-star-gives-100000-to-vermonts-gmo-defense-fund/
       #Post#: 3507--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: July 27, 2015, 5:12 pm
       ---------------------------------------------------------
       Time to refuel? (Or not!)  ???
       by David Catchpoole
       One of man’s clever inventions is the fuel gauge used in cars.
       In modern ones, there is often even a warning light that comes
       on when it’s ‘time to refuel’. Another is the valve on
       fuel-filling nozzles that shuts off to prevent overfilling and
       wastage/spilling. But our human body has analogous devices, too.
       Humans need to refuel, too
       Once, while lunching with an older acquaintance, I complimented
       him on his slim physique at a time when many in society were
       tending towards obesity. His answer astonished me. He said, “I
       can’t take any credit for that because it seems I don’t have the
       urge to eat that other folks have.” He could not recall ever
       having known what it was like to feel ‘hungry’. Eating gave him
       no pleasure nor was there any urge to do so. “The only reason I
       know I have to eat is because experience has shown that if I
       don’t, after a day or so I notice I’m tired and listless. So I
       know I have to eat to get my energy back.”
       time-to-refuel
       It seems his internal ‘fuel gauge’ and ‘low-fuel warning light’
       were broken.
       ‘Enough fuel, already!’
       Our body also has an appetite ‘switch-off’ mechanism similar in
       effect to the automatic cut-off of a fuel nozzle, so as not to
       ‘over-fill’. In some obese people the ‘Enough fuel, already!’
       click-off mechanism is known to be faulty. However, it can be
       hard to identify precisely where the problem lies, as a range of
       hormones is known to be involved in the body’s food-feedback
       systems, and the processes are far from fully understood.
       However, some insights are emerging.
       The leptin hormone
       In the 1990s, scientists discovered the hormone leptin, produced
       by the ob gene.1 Leptin is now known to curb appetite.2 High
       levels activate certain of the brain’s nerve cells, or neurons,
       in a way that suppresses the desire to eat, instead generating a
       feeling of ‘fullness’. Low levels, on the other hand, stimulate
       hunger.
       Researchers have observed that giving the leptin hormone to
       obese people born without the ob gene reduced their hunger
       pangs. They ate less, and so were able to lose weight.
       How exactly leptin achieves this, and thus helps the body’s
       delicate balance between energy intake (eating) and energy usage
       (exercise and metabolism), isn’t completely known yet. Many
       scientists suspect that leptin might be as crucial as the
       hormone insulin in this function. When leptin levels are low,
       the sight and smell of tasty food can stimulate an immediate
       desire to eat. But sight and smell don’t have anything like the
       same impact when leptin levels are high.
       Researchers have observed that giving the leptin hormone to
       obese people born without the ob gene (and who thus lacked their
       own naturally-produced leptin) reduced their hunger pangs. They
       ate less, and so were able to lose weight.
       Unfortunately for those who might therefore have hoped that
       leptin could be used to treat all obesity, “the story turned out
       to be much more complicated”.2 It’s only a minority of obese
       people who lack the ob gene. Most obese people have the ob gene,
       but it produces so much leptin that they’ve become resistant to
       its effects.  :o  Researchers are endeavouring to understand the
       mechanism of that resistance.3
       The ghrelin hormone
       Another hormone now known to have a key role in appetite is
       ghrelin, which stimulates
       itself of the previous meal, bloodstream levels of the ghrelin
       hormone rise rapidly, signalling to the body that “it’s time to
       eat!” Then as soon as the stomach becomes full, ghrelin levels
       fall again.
       In people who lose weight through dieting, ghrelin levels become
       “chronically high”—which might help explain why many people
       struggle to adhere to such weight loss programs.
       In people who lose weight through dieting, ghrelin levels become
       “chronically high”—which might help explain why many people
       struggle to adhere to such weight loss programs.2
       The melanocortin–4 receptors
       Researchers are also investigating the receptors, or ‘docking
       sites’, on neurons for a hormone called melanocortin–4.
       When these receptors are working properly, they help to suppress
       appetite. But defective receptors lead to “morbid obesity”.2
       Crediting design
       These hard-won insights into the intricacies of the body’s
       appetite-control systems point to far greater complexity than
       that of the car fuel gauge and nozzle overfill-prevention
       mechanisms. Surely nobody would say that fuel gauges and
       automatic pump shut-off gadgetry were not designed. The human
       engineers certainly deserve the credit for their designs, so how
       much more honour is due to the Designer of the human body’s
       intricate stomach-sight-smell intertwined feedback systems? And
       the fact that they now don’t always work is the result of Adam’s
       fall into sin, which brought about God’s just curse on creation
       (see also box above).4
       [quote]DNA Decay
       When someone is born lacking hunger signals, or with the
       defective food-feedback mechanisms in certain obese people
       today, these are examples of genomic decay (mutations). This is
       all part of the “bondage to decay” (Romans 8:19–22) to which the
       originally “very good” creation (Genesis 1:31) was
       subjected—because of the first man’s sin (Genesis 2:16–17, 3;
       Romans 5:12,17; 1 Corinthians 15:21–22). No wonder then that
       genomic decay (due to mutations) is increasingly in evidence.5
       E.g. people lacking the ob gene, or unresponsive to the
       appetite-suppressing leptin it produces, or with defective
       melanocortin–4 receptors.6[/quote]
       References and notes
       1.Zhang, Y., and 6 others, Positional cloning of the mouse obese
       gene and its human homologue, Nature 372:425–432, 1994.  Return
       to text.
       2.Society for Neuroscience, Brain briefings—Appetite and food
       intake, sfn.org, November 2007. Return to text.
       3.Like Type 2 diabetes and other modern ‘scourges’, it may be
       related to the increasing shift to high energy density and
       high-glycemic-index refined grains and sugars and away from
       fruit and vegetables, especially in developed countries. Return
       to text.
       4.Smith, H., Cosmic and universal death from. Adam’s Fall: an
       exegesis of Romans 8:19–23, J. Creation 21(1):75–85, 2007;
       creation.com/ romans8. Return to text.
       5.Catchpoole, D., Time—no friend of evolution, Creation
       34(3):30–31, 2012; creation.com/time-genetic. Return to text.
       6.Interestingly, estrogen has been found to use the same
       pathways as leptin uses to suppress appetite—“a possible reason
       why women tend to gain weight after menopause.” (see main text,
       ref. 2) Return to text.
  HTML http://creation.com/time-to-refuel-or-not
       #Post#: 4650--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: March 8, 2016, 2:58 pm
       ---------------------------------------------------------
       [center]A healthy Mediterranean-style diet costs less than a
       junky American diet[/center]
       Katherine Martinko (@feistyredhair)
       Living / Green Food
       March 2, 2016
       An interesting research project has found that swapping out meat
       for olive oil and more canned legumes and frozen vegetables
       costs less than the most economical version of the USDA's
       dietary guidelines.
       There is a misconception that eating a healthy
       Mediterranean-style diet is too expensive for low-income
       families, but new research dispels that notion. A joint project
       between the Miriam Hospital and the Rhode Island Community Food
       Bank has demonstrated that a plant-based diet rich in
       extra-virgin olive oil is cheaper than the most economical
       recommendations made by the United States Department of
       Agriculture’s MyPlate program – a whole $750 cheaper per year!
       ;D
       Dr. Mary Flynn, who works as a dietician at the Miriam Hospital
       and was a lead author on the study, said that most people think
       healthy diets are expensive due to the increased amounts of
       fresh vegetables and fruit, but she suspected it was really the
       meat that made it pricey. Flynn set out to show that we don’t
       actually need that much meat, and that replacing with olive oil
       can not only reduce the cost but also improve health.
       "Extra-virgin olive oil is thought to be expensive, but we
       suspected it was meat that made a diet expensive, and
       extra-virgin olive oil is cheaper than even small amounts of
       meat. We expected the two diets to be similar in fruit and
       vegetable content, but our plant-based diet was substantially
       cheaper, and featured a lot more fruits and vegetables and whole
       grains."
       Flynn developed recipes that were used by Food Bank clients on
       an average of 2.8 times per week. The recipes provide price
       breakdowns per batch and per serving. Clients responded
       favorably, saying the recipes were easier to prepare than their
       usual ones and that they lost weight while experiencing improved
       food security.
       The big difference between Flynn’s approach and the one espoused
       by MyPlate is that Flynn uses greater quantities of frozen and
       canned products, such as chickpeas, black beans, and vegetables.
       They are cheaper than their fresh counterparts while still
       retaining the same nutritional benefits. This accounted for much
       of the price difference: $53.11 per week for the USDA
       recommended diet vs. $38.75 for Flynn’s version of a
       Mediterranean diet. Meat cost $11.20 (or 21 percent) of the USDA
       diet.
       Instead of meat, the plant-based diet includes 4 tablespoons of
       extra-virgin olive oil per day. Olive oil is often perceived as
       luxurious but works out to only $3.61 (or 9 percent) of the
       weekly food cost. When a household budget is limited, olive oil
       is a good way to increase one’s intake of healthy fats.
       Other studies have shown that low-income families fill their
       grocery carts first with meat, eggs, cereal, and baked goods,
       none of which featured prominently in this version of a
       Mediterranean diet. EurekAlert says that Flynn’s work in
       educating consumers “to include some weekly meals that do not
       contain meat, poultry or seafood but do include extra virgin
       olive oil, vegetables, and a starch will decrease food costs and
       improve food access and body weight.”
       It is an interesting study with hopeful results for the many
       people who think it is impossible to eat healthily on a
       shoestring. That’s not the case, as this research team has
       happily shown, as long as those dollars are spent wisely.
  HTML http://www.pic4ever.com/images/128fs318181.gif
  HTML http://www.treehugger.com/green-food/healthy-mediterranean-style-diet-does-not-have-be-expensive.html
       #Post#: 4675--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: March 12, 2016, 8:22 pm
       ---------------------------------------------------------
       [center]
  HTML https://youtu.be/5-LwAMwAobc
       [/center]
       [center][font=georgia]David Wolfe, a leading authority on
       nutrition and raw food, points out the value of a simple
       mushroom growing on a tree stump.[/font][/center]
       In these mushrooms is where you will find some of the strongest
       medicinal compounds.
       He shows us the cloud mushroom, so common it grows in every
       state of the US and Canada.
  HTML http://www.freesmileys.org/emoticons/tuzki-bunnys/tuzki-bunny-emoticon-036.gif
       It has tremendous healing properties: immune system enhancing
       and anti-cancer properties, and it detoxifies the liver not only
       of cancer causing agents but of plastic by-products!
       If you learn to identify it, you can simply harvest this
       mushroom, take it home and make a healing tea.  ;D
       --Bibi Farber
       This video was produced by 21daystohealth.com - See more at:
  HTML http://www.nextworldtv.com/videos/health-and-wellness/healing-with-wild-mushrooms-.html#sthash.H0Buc1CF.dpuf
       #Post#: 4897--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: April 16, 2016, 5:25 pm
       ---------------------------------------------------------
       [center][img
       width=640]
  HTML http://simplenutritiontips.com/wp-content/uploads/2010/06/8-SUGAR-CUBES.jpg[/img][/center]
       [center][font=georgia]What can sugar teach us about
       evidence-based chemical regulation? [/font] ???[/center]
       April 14, 2016 at 6:07 pm
       
       This month, we recommend reading  “The Sugar Conspiracy”
  HTML http://www.theguardian.com/society/2016/apr/07/the-sugar-conspiracy-robert-lustig-john-yudkin,<br
       />a Guardian Long Read by science writer and journalist Ian
       Leslie. The article is interesting because the challenges of
       developing evidence-based chemical regulations are mirrored in
       this account of the lessons we should be learning from a 60+
       year-old argument about the place of sugar and fat in dietary
       guidance for public health.
       
       [center][font=georgia]Sugar, chemicals, and the role of science
       in policy-making[/font][/center]
       Chemicals and public health policy both sit at the interface of
       science and decision-making, trying to make sense of
       accumulating scientific evidence about health risks posed by
       chemicals, how to best make use of that ever-shifting research
       landscape to agree on desired outcomes, and shape the policies
       that will stand the best chance of achieving them.
       The first lesson about the relationship between science and
       policy, which “The Sugar Conspiracy” gets right, is that
       scientific research as well as policy-making is embedded in
       human social practices: there is no magic cordon which
       automatically ensures a separation of scientist from society, or
       of scientific behaviours from regular ones.
       In many circumstances, these social determinants may be at least
       as important for explaining why scientists have a particular set
       of beliefs as what a putative body of evidence might be saying.
       These social determinants operate at the personal level and
       include deference to the charismatic, herding towards majority
       opinion, punishment for deviance, and intense discomfort with
       admitting to error.
       They also operate at the societal level, with the article
       touching on how the spread and eventual mainstreaming of an idea
       can be sometimes be explained without apparent recourse to an
       evidence base at all: academics accumulate power and appoint
       like-minded thinkers to influential positions; this increases
       their funding and ability to determine the research agenda, the
       methods used, and the admissible evidence.
       As the elite spreads and homogenises, any canvassing of expert
       opinion reaches only a demographically uniform group, and any
       dissenting opinions are either missed altogether or dismissed as
       outliers. So by shaping the evidence and the surrounding
       opinion, ideas can spread through the research community without
       needing to be right.
       The second lesson from the piece is its first misstep: the
       article misunderstands the role the scientific method can play
       in providing constraints on the social steers under which
       scientists operate. Of the above psychological and social
       pressures, the article states: “Of course, such tendencies are
       precisely what the scientific method was invented to correct
       for, and over the long run, it does a good job of it.”
       In fact, it is a mistake to hold that the scientific method
       somehow automatically keeps in check the worst social excesses
       of human researchers; really, the scientific method cannot do
       anything automatically because it has to be deliberately applied
       by researchers in order to have any effect.
       Most of the time, this deliberate application is made in the
       context of the single experiment, whereby the controlled set-up
       required by the scientific method makes it possible for the
       researcher to be more confident that the effect they are seeing
       is a consequence of the changes they are introducing, rather
       than a consequence of something else happening in the experiment
       of which they are unaware.
       But in “The Sugar Conspiracy”, the author is interested in how
       scientific research is aggregated: here, the research activity
       moves from limiting the effect of psychosocial pressures on
       producing new evidence at the lab bench, to limiting the effect
       of these pressures on the process of gathering and appraising
       existing evidence.
       Why, in making this transition, should we assume the scientific
       method
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       />is still being applied? Even if scientists are good at
       conducting controlled experiments in the lab, there is no reason
       to assume they are equally effective at controlling the
       variables which affect the process of synthesising all the
       evidence which those lab experiments are producing.
       The third lesson is that we can question another assumption
       implied by the article: in this case, it is how the Sugar
       Conspiracy seems to buy into the idea that science produces a
       canon of fact, to which some people (like John Yudkin) are
       aligned all along and some (like Ancel Keys) are not.
       [quote]In fact, science produces a body of evidence which is
       sufficiently confusing, messy and open to interpretation that at
       any given time it might not be possible to tell who is right.
       [/quote]In these instances (which may be the vast majority of
       the time) there is just opinion, some of it better founded on
       the available evidence, some of it formed by social
       determinants, and some of it ultimately turning out to represent
       the best guess as to the facts of the matter regardless of how
       it was come to.
       If it really were a matter of science determining the facts and
       researchers agreeing with those facts or not, it is unclear how
       scientific debate could ever get started: if scientists either
       know the facts or they do not, then anyone arguing against the
       facts is either doing so out of ignorance or bad faith. It
       doesn’t allow for the possibility of uncertainty stemming from
       the difficulty of interpreting a limited and/or conflicting
       evidence base.
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       />
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       This is perhaps why the article focuses on Keys’ rather
       uncivilised behaviour to explain how he won the argument with
       Yudkin; however, it is not clear if the debate would have been
       resolved differently even if Keys had been more of the quiet man
       which Yudkin was.
       In a situation in which nobody knows because the evidence is
       weak, a decision still has to be made and it is down to luck if
       it is the right one. (It is also worth noting how Yudkin never
       really disappeared from view quite as much as the article would
       have the reader believe, such as this Guardian piece from 1999.)
       This is one of the reasons why developing policy from an
       evidence base is so difficult: except in very restricted
       decision-making contexts, the evidence base is always going to
       be too underpowered to be capable of determining the right
       decision among the multitude of policy choices and their
       attendant consequences.
       This is for two reasons: that the number of possible choices
       vastly outstrips our capacity to gather sufficient empirical
       data to determine which choice is best; and because many of the
       choices are not determinable by research anyway, deriving as
       they do from our value systems (i.e. what we want in the world).
       Where evidence is lacking, opinion fills the space. Where
       outcomes can be legitimately informed or determined by evidence,
       the trick will be in determining which opinions are sufficiently
       based in what is currently known, where there is opinion instead
       of evidence, and what to do in terms of research to meet the
       information requirements of the policy-makers. (Where outcomes
       cannot be legitimately determined by evidence, the trick is
       ensuring the political process is capable of producing fair and
       equitable outcomes.)
       The final lesson concerns what to do in order to ensure that we
       are making the best use of evidence in policy-making. At this
       point, the Sugar Conspiracy rather peters out, being ambivalent
       about information democracies or information oligarchies, as if
       somehow the prize of science is clarity in purpose rather than
       (as the article itself seems to imply throughout) using the
       evidence to give oneself the best possible chance of making the
       right decision.
       [quote]There is in fact a route to a better way of doing things
       which means we can be much more optimistic about the prospects
       for the scientific method in hastening resolution of scientific
       disputes, whether they are about appropriate sugar intake in
       dietary guidelines or the risks to health posed by chemicals and
       other pollutants.[/quote]
       The solution involves revisiting how the scientific method can
       be applied to the aggregation of evidence.   [img width=100
       height=60]
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       The premise of the story, that scientists are bad at developing
       evidence-based policies, only comes as a surprise because people
       (scientists included) seem just to assume that because
       scientists are scientific when they are producing evidence, then
       they must be just as scientific when they are accumulating
       evidence.
       As the article shows, they are not. But the situation is by no
       means insoluble: the reason scientists are not very good at
       accumulating evidence is that it is only relatively recently
       that the scientific method has been deliberately applied not
       only to the process of generating evidence, but also to
       aggregating it.
       These lessons have been most painfully learned in medicine,
       historically an eminence-led profession where, by the 1990s,
       experts were being found to be making one error after another in
       their understanding of what they thought the evidence said. This
       cost lives in administration of ineffective interventions and
       resulted in clinical trials being conducted for questions to
       which the answers should already have been known.
       [quote]The lesson was that as much methodological care needs to
       be taken in [b]aggregating research as needs to be taken in
       producing it.[/quote]
       For this purpose, systematic review methods were invented. In
       essence, they are simple: it is about taking the principle of
       control, of transparency and repeatability of methods and of
       minimising bias, so familiar in lab work, and applying it to how
       evidence is synthesised.
       This has been very successful in medicine, making groups of
       experts consistently much better at using effective healthcare
       treatments and rejecting ineffective ones. In the context of
       systematic review, as the large volume of positive responses to
       the Teicholz article in the BMJ suggests, the culture shift
       towards challenging eminence with evidence, facilitated by an
       accessible evidence-base, could go a long way towards preventing
       the likes of Ancel Keys apparently getting their way by throwing
       their weight around rather than demonstrating the evidence for
       their position.
       So while we can’t make scientists asocial, we can start imposing
       controls on the aggregation of evidence, to minimise (or at
       least help us identify) the effect which uncontrolled social
       influences have on what we think the best evidence is saying.
       This won’t solve all the problems with ensuring policy makes
       best use of the best evidence, but it helps with at least one of
       them.
       [center]
       [font=georgia]Further reading[/font][/center]
       Testing Treatments. Evans et al. (2011). Short, free and very
       accessible book about how randomised controlled trials,
       systematic review methods, patient involvement in research
       decisions and other hallmarks of the modern approach healthcare
       research have transformed medicine.
       “How science makes environmental controversies worse”. Dan
       Sarewitz (2004). Offers a compelling explanation of why the
       processes of conducting research and developing policy should
       not be conflated.
       The Honest Broker. Roger Pielke Jr (2007). Explains how science
       can become politicised, politics can become scientised, and how
       science advice, if sought in the right way, can navigate between
       these two unappealing alternatives.
  HTML https://healthandenvironmentonline.com/2016/04/14/what-can-sugar-teach-us-about-evidence-based-chemical-regulation/
       Agelbert NOTE:  Unsaid in the article, unless you read between
       the lines (i.e. define what "politicized" means  ;)), is the
       deliberate cherry picking OFTEN involved in control group
       selection. This is done, while falsely claiming the control
       group is a "random" selection, so that the experimental results
       will produce the "appropriate" benign results if they want to
       "prove" a chemical is not toxic, carcinogenic or otherwise
       damaging to humanity and the biosphere. The epidemiological
       "studies" on cancer clusters near nuclear power plants are an
       excellent example of disingenuous cherry picking of "control
       group" subjects.
       The article states, "Where outcomes cannot be legitimately
       determined by evidence, the trick is ensuring the political
       process is capable of producing fair and equitable outcomes."
       Unfortunately, in our world of rampant corporate corruption of
       scientific research, the TRICK is ACTUALLY to ENSURE the DESIRED
       outcome for corporate profit. To this end, the methodology is
       gamed and the scientific elite are bought and paid for to claim
       those that question the research are either "ignorant" or
       "outliers" to be ignored.
       [center]
       [img
       width=100]
  HTML http://pm1.narvii.com/5869/6a64193d6770c3afd17406c78686c0eda32ded1c_hq.jpg[/img][/center]
       The NIST studies on 911 and WTC 7 are ALSO an excellent example
       of how this gamed science for "officially desired outcomes"
       works. And the arguments made by people like MKing or Palloy
       against those that question the NIST study are, as stated above,
       that [color=green]those that question the research[/color] are
       either "ignorant" or "unscientific outliers" to be ignored. [img
       width=40]
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       [center][b]The "scientific method" of those who wish to
       guarantee DESIRED corporate bottom line outcomes: [/center]
       [center][img
       width=160]
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       /> [img
       width=140]
  HTML http://www.whydidyouwearthat.com/wp-content/uploads/2011/01/tumblr_l7j9nik8Wf1qaxxwjo1_5001.jpeg[/img][/center]
       [move]And DESIRED Gooberment Official Physics Fairy Tales about
       911 too!
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       #Post#: 5128--------------------------------------------------
       Re: Healthy Eating
       By: AGelbert Date: May 21, 2016, 5:50 pm
       ---------------------------------------------------------
       [center]May 2016 News Bulletin: Soup-makers drop BPA from cans;
       French ban on tallowamine/glyphosate formulations.     [img
       width=60]
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       />[/center]
       May 20, 2016 at 3:29 pm | Posted in News and Science Bulletins
       May 2016 News Bulletin [img
       width=100]
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       Campbell’s soup cans to drop hormone-mimicking chemical.
  HTML http://www.theguardian.com/environment/2016/apr/01/campbells-soup-cans-to-drop-hormone-mimicking-chemical<br
       />The iconic US soup maker will stop using Bisphenol-A by 2017,
       after the chemical was found in all 15 of its cans tested in a
       US survey. The Guardian. (See also coverage in the Daily
       Telegraph: Does canned food cause cancer? A leading UK cancer
       charity has written to major food manufacturers asking them to
       reveal details of their use of the controversial chemical BPA in
       food cans.)
       Benign by design:
  HTML http://www.dw.com/en/benign-by-design-how-chemists-aim-to-end-pharmaceutical-pollution-of-the-environment/a-19170547<br
       />how chemists aim to end pharmaceutical pollution of the
       environment. From antibiotics to hormones and pain killers –
       residue from drugs is found in wastewater, rivers, fish, and
       even in polar bear fat. But chemists say they may know how to
       end this environmental pollution. Deutsche Welle.
       France to ban some glyphosate weedkillers amid health concerns.
  HTML http://www.reuters.com/article/us-france-glyphosate-idUSKCN0X512S<br
       />France’s health and safety agency is poised to ban weedkillers
       that combine chemicals glyphosate and tallowamine because of
       concerns over possible health risks. Reuters.
       ‘Breakthrough’ hailed in EDCs logjam.
  HTML https://chemicalwatch.com/46782/breakthrough-hailed-in-edcs-logjam#utm_campaign=46598&utm_medium=email&utm_source=alert<br
       />Scientific experts, from both sides of the endocrine debate,
       have agreed a “consensus statement” on identifying endocrine
       disrupting chemicals (EDCs), which will be passed to the
       European Commission to support its work compiling regulatory
       criteria. Chemical Watch.
       Firefighters seek new law to ban flame retardants.
  HTML https://www.bostonglobe.com/metro/2016/04/24/firefighters-seek-new-law-ban-flame-retardants/Zzv8aVoRN6WTcpKDIvV4cP/story.html<br
       />Amid growing concern that flame retardants are responsible for
       elevated cancer rates in firefighters, Massachusetts lawmakers
       are pushing legislation that would go further than any other
       state’s in banning the use of chemicals meant to slow the spread
       of fires. Boston Globe.
  HTML https://healthandenvironmentonline.com/2016/05/20/may-2016-news-bulletin-soup-makers-drop-bpa-from-cans-french-ban-on-tallowamineglyphosate-formulations/
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