SI
SI
discoversearch

We've detected that you're using an ad content blocking browser plug-in or feature. Ads provide a critical source of revenue to the continued operation of Silicon Investor.  We ask that you disable ad blocking while on Silicon Investor in the best interests of our community.  If you are not using an ad blocker but are still receiving this message, make sure your browser's tracking protection is set to the 'standard' level.
Pastimes : vitamins herbs supplements longevity and aging -- Ignore unavailable to you. Want to Upgrade?


To: E. Charters who wrote (13179)4/8/2016 6:47:55 AM
From: Pogeu Mahone  Read Replies (1) | Respond to of 17100
 
1955 study..
oh ya

You are a hoot.

With you science moves backwards..

Carry on..

EAT THIS: ANIMAL FAT

440



Sign up for our beginner mini-series:

SIGN UP×

Coconut oil is fantastic, and olive oil richly deserves all its good press. But they’re not the only Paleo fat choices around! In fact, some of the best Paleo-friendly fats might be right under your nose: animal fats.

Animal fat, of course, has a terrible reputation, but like all the rest of the low-fat myth, it’s completely undeserved. Fat, including saturated fat, from healthy pastured animals does not cause heart disease, cancer, high cholesterol, obesity or anything else. Chalk up one more point for traditional wisdom: the fats our grandparents and great-grandparents cooked with are good for us after all.

Why choose animal fat?When you have jars of olive or coconut oil available in every store, why would you want to go for something “weird” like tallow or schmaltz?

It’s usually cheaper. Many farmers will literally give it away, because nobody wants it. With the rest of the world still terrified that looking sideways at a spoon of lard will give them heart disease, mass quantities of animal fat are yours for the taking, often for free or a trivial charge.It’s delicious. Soybean and canola oil aren’t just unhealthy; they’re also a crime against taste buds everywhere. The right fat will do wonders for your cooking, and make even ordinary dishes taste like amazing indulgences. There’s a reason why duck fat French fries are so legendary! Foodie culture lately has been all about rediscovering fat in various ways – and you can do it, too.It has health benefits. For example, here’s one paper where beef tallow increased the power of conjugated linoleic acid in fighting mammary tumors. This study is extremely interesting. A 10% beef tallow diet was carcinogenic, but when 1% conjugated linoleic acidwas added, the diet became anti-carcinogenic. This may suggest that pasture-raised tallow (which naturally contains conjugated linoleic acid) is significantly more healthful than factory-farmed tallow.In this study, beef tallow helped subjects absorb Vitamin A better than sunflower oil. In this study, feeding either lard or tallow to alcoholic rats reduced liver damage dramatically compared to corn oil.

It’s hard to find studies in human subjects, or studies where animal fats were given without massive doses of soy or corn oil alongside, but the data we do have is encouraging.

Buying and Cooking With Animal FatConvinced to give animal fat a try? Here’s how to get started.

Before using any animal fat to cook with, it has to be rendered. This is simply a process of heating the fat so that it melts and any impurities float to the top.

You can buy animal fat raw and render it yourself, or buy it pre-rendered. Raw fat you’ll typically have to get from a farmer, but you can often find pre-rendered fat even in a grocery store. If you don’t see it with the meat, check the freezer section; often you’ll find it hiding in there. Here’s a look at the more common types:

LardLard is the fat from a pig; both the raw and the rendered fat are called lard.

Raw fat: will be white to pale pink. It may have scraps of meat, connective tissue, or skin clinging to it (hey, you’re buying a part of something that was once alive; it’s not going to look 100% perfect all the time).

Rendered fat: should be pure white to very pale warm cream color. It’s solid at room temperature, but soft – around the consistency of butter.

How to cook it: lard is irresistible melted on top of a baked sweet potato (as a replacement for butter), or use it to cook any pork dish for extra flavor.

Fat composition:

Saturated

39%

Monounsaturated

45%

Polyunsaturated

11%

Suet or TallowSuet or tallow is the fat from a cow. Suet is the raw fat; tallow is the rendered fat.

Raw fat: will be white to pale yellow, crumbly, and very light for its size. It may have scraps of meat, connective tissue, or skin clinging to it.

Rendered fat: should be white to cream-colored. Because it’s highly saturated, it’s hard and brittle at room temperature. You can’t scoop it, and to cut it you’ll need a sharp knife. If this is a pain in the neck, you can pour your rendered tallow into an ice cube mold while it’s still hot and liquid; it will solidify in the cubes and you can pop them out to cook with one at a time.

How to cook it: tallow is one of the most stable cooking fats this side of coconut oil. Because it has a relatively high amount of saturated and a relatively low amount of polyunsaturated fat, it’s ideal for high-heat cooking. It has a very mild beef flavor, and it’s tasty with almost any kind of vegetables or eggs.

Fat composition:

Saturated

50%

Monounsaturated

42%

Polyunsaturated

4%

Duck fatBoth the raw and the rendered fat are simply called “duck fat,” although rendered is much more common to find in stores.

Raw fat: typically comes attached to a duck. Should be white to pale yellow or pink. Feels soft and slightly greasy.

Rendered fat: solid but soft at room temperature, around the consistency of butter. Should be a creamy white.

How to cook it: Duck fat is the Cadillac of animal fats – it’s so decadent you almost want to eat it straight from the spoon. Try roasting parsnips or other starchy root vegetables in it for a delicious treat. Alternately, try a confit.

Fat composition:

Saturated

33%

Monounsaturated

49%

Polyunsaturated

13%

Schmaltz (chicken fat)You’ll almost never find raw chicken fat, unless you pull all the fat and skin off a chicken yourself and render it (which you can absolutely do!). Typically it’s sold rendered. Rendered schmaltz should be a pale to medium yellow color. Because it has more polyunsaturated fat than other animal fats, it’s just barely solid at room temperature, ready to liquefy at the slightest heat.

How to cook it: Schmaltz is best-known for its starring role in traditional Jewish cuisine. It has a lighter flavor than duck fat; it’s wonderful for roasting potatoes, frying onions, making chicken soup, or frying up any other chicken recipe you’re working with – it intensifies the chicken flavor and adds a lovely depth to the recipe.

Fat composition:

Saturated

30%

Monounsaturated

45%

Polyunsaturated

21%

Summing it UpAnimal fat is healthy, delicious, and extremely economical. It just doesn’t make sense to butcher a cow, throw out huge chunks of perfectly good fat, and then buy more cooking fat to brown your meat with! And animal fat is also delicious in a way “vegetable oil” just can’t match – try it once, and you’ll never go back to tasteless junk fat again.

You can buy raw fat from most small farmers (or sometimes they’ll just give it away, if you ask nicely). Or look in the freezer section of the grocery store – you might be able to find duck or chicken fat, or maybe even lard. Happy eating!





To: E. Charters who wrote (13179)4/9/2016 8:38:39 AM
From: Pogeu Mahone  Respond to of 17100
 
Forward....You might even understand it..

Two studies find full-fat dairy foods may help cut risk for diabetes and obesity
Maine News Online - ?44 minutes ago?

Not one, but two studies have concluded that full-fat dairy foods may help reduce the risk for diabetes and obesity compared to low-fat or non-fat counterparts.

Full fat dairy just might reduce chance of diabetes, obesityModern Readers

Diabetes Risk Lowered by Consuming Full-Fat Dairy ProductsCDA News

Highly Cited: Are full-fat dairy foods better for you after all?CBS News



To: E. Charters who wrote (13179)4/9/2016 4:29:13 PM
From: Pogeu Mahone  Respond to of 17100
 
All of these people in these studies ate whole grains.

Do you understand this?

37 MILLION BEES FOUND DEAD AFTER PLANTING LARGE GMO CORN FIELD TREATED WITH NEONICOTINOID CLASS OF PESTICIDES


greenfoodmagazine.com

Another example of how money talks in Washington!!

Quote:While EU countries implant a two-year ban on the use of toxic neonicotinoid insecticides – clothianidin, imidacloprid and thiamethoxam – USDA once again fails to ban these toxic insecticides:



To: E. Charters who wrote (13179)4/9/2016 4:46:53 PM
From: Pogeu Mahone  Read Replies (1) | Respond to of 17100
 
What is ultra pure chorlesterol?

Where was it injected?

Intravenous?

Intramuscular?

Ate cake... Silly rabbits



To: E. Charters who wrote (13179)4/15/2016 6:47:54 PM
From: Pogeu Mahone  Respond to of 17100
 
This study results are the complete opposite of what you believe to be true:

EAT
A Decades-Old Study, Rediscovered, Challenges Advice on Saturated Fat
By ANAHAD O'CONNOR APRIL 13, 2016 12:04 AM April 13, 2016 12:04 am 171 Comments

Photo

CreditTony Cenicola/The New York Times
EmailShareTweetSaveMore
A four-decades-old study — recently discovered in a dusty basement — has raised new questions about longstanding dietary advice and the perils of saturated fat in the American diet.

The research, known as the Minnesota Coronary Experiment, was a major controlled clinical trial conducted from 1968 to 1973, which studied the diets of more than 9,000 people at state mental hospitals and a nursing home.

During the study, which was paid for by the National Heart, Lung and Blood Institute and led by Dr. Ivan Frantz Jr. of the University of Minnesota Medical School, researchers were able to tightly regulate the diets of the institutionalized study subjects. Half of those subjects were fed meals rich in saturated fats from milk, cheese and beef. The remaining group ate a diet in which much of the saturated fat was removed and replaced with corn oil, an unsaturated fat that is common in many processed foods today. The study was intended to show that removing saturated fat from people’s diets and replacing it with polyunsaturated fat from vegetable oils would protect them against heart disease and lower their mortality.

So what was the result? Despite being one of the largest controlled clinical dietary trials of its kind ever conducted, the data were never fully analyzed.

Several years ago, Christopher E. Ramsden, a medical investigator at the National Institutes of Health, learned about the long-overlooked study. Intrigued, he contacted the University of Minnesota in hopes of reviewing the unpublished data. Dr. Frantz, who died in 2009, had been a prominent scientist at the university, where he studied the link between saturated fat and heart disease. One of his closest colleagues was Ancel Keys, an influential scientist whose research in the 1950s helped establish saturated fat as public health enemy No. 1, prompting the federal government to recommend low-fat diets to the entire nation.

“My father definitely believed in reducing saturated fats, and I grew up that way,” said Dr. Robert Frantz, the lead researcher’s son and a cardiologist at the Mayo Clinic. “We followed a relatively low-fat diet at home, and on Sundays or special occasions, we’d have bacon and eggs.”

The younger Dr. Frantz made three trips to the family home, finally discovering the dusty box marked “Minnesota Coronary Survey,” in his father’s basement. He turned it over to Dr. Ramsden for analysis.

The results were a surprise. Participants who ate a diet low in saturated fat and enriched with corn oil reduced their cholesterol by an average of 14 percent, compared with a change of just 1 percent in the control group. But the low-saturated fat diet did not reduce mortality. In fact, the study found that the greater the drop in cholesterol, the higher the risk of death during the trial.

The findings run counter to conventional dietary recommendations that advise a diet low in saturated fat to decrease heart risk. Current dietary guidelines call for Americans to replace saturated fat, which tends to raise cholesterol, with vegetable oils and other polyunsaturated fats, which lower cholesterol.

While it is unclear why the trial data had not previously been fully analyzed, one possibility is that Dr. Frantz and his colleagues faced resistance from medical journals at a time when questioning the link between saturated fat and disease was deeply unpopular.

“It could be that they tried to publish all of their results but had a hard time getting them published,” said Daisy Zamora, an author of the new study and a research scientist at the University of North Carolina at Chapel Hill.

The younger Dr. Frantz said his father was probably startled by what seemed to be no benefit in replacing saturated fat with vegetable oil.

“When it turned out that it didn’t reduce risk, it was quite puzzling,” he said. “And since it was effective in lowering cholesterol, it was weird.”

The new analysis, published on Tuesday in the journal BMJ, elicited a sharp response from top nutrition experts, who said the study was flawed. Walter Willett, the chairman of the nutrition department at the Harvard T.H. Chan School of Public Health, called the research “irrelevant to current dietary recommendations” that emphasize replacing saturated fat with polyunsaturated fat.

Frank Hu, a nutrition expert who served on the government’s 2015 dietary guidelines committee, said the Minnesota trial was not long enough to show the cardiovascular benefits of consuming vegetable oil because the patients on average were followed for only about 15 months. He pointed to a major 2010 meta-analysis that found that people had fewer heart attacks when they increased their intake of vegetable oils and other polyunsaturated fats over at least four years.

“I don’t think the authors’ strong conclusions are supported by the data,” he said.

To investigate whether the new findings were a fluke, Dr. Zamora and her colleagues analyzed four similar, rigorous trials that tested the effects of replacing saturated fat with vegetable oils rich in linoleic acid. Those, too, failed to show any reduction in mortality from heart disease.

“One would expect that the more you lowered cholesterol, the better the outcome,” Dr. Ramsden said. “But in this case the opposite association was found. The greater degree of cholesterol-lowering was associated with a higher, rather than a lower, risk of death.”

One explanation for the surprise finding may be omega-6 fatty acids, which are found in high levels in corn, soybean, cottonseed and sunflower oils. While leading nutrition experts point to ample evidence that cooking with these vegetable oils instead of butter improves cholesterol and prevents heart disease, others argue that high levels of omega-6 can simultaneously promote inflammation. This inflammation could outweigh the benefits of cholesterol reduction, they say.

In 2013, Dr. Ramsden and his colleagues published a controversial paper about a large clinical trial that had been carried out in Australia in the 1960s but had never been fully analyzed. The trial found that men who replaced saturated fat with omega-6-rich polyunsaturated fats lowered their cholesterol. But they were also more likely to die from a heart attack than a control group of men who ate more saturated fat.

Ron Krauss, the former chairman of the American Heart Association’s dietary guidelines committee, said the new research was intriguing. But he said there was a vast body of research supporting polyunsaturated fats for heart health, and that the relationship between cholesterol-lowering and mortality could be deceiving.

People who have high LDL cholesterol, the so-called bad kind, typically experience greater drops in cholesterol in response to dietary changes than people with lower LDL. Perhaps people in the new study who had the greatest drop in cholesterol also had higher mortality rates because they had more underlying disease.

“It’s possible that the greater cholesterol response was in people who had more vascular risk related to their higher cholesterol levels,” he said.

Dr. Ramsden stressed that the team’s findings should be interpreted cautiously. The research does not show that saturated fats are beneficial, he said: “But maybe they’re not as bad as people thought.”

The research underscores that the science behind dietary fat may be more complex than nutrition recommendations suggest. The body requires omega-6 fats like linoleic acid in small amounts. But emerging research suggests that in excess linoleic acid may play a role in a variety of disorders including liver disease and chronic pain.

A century ago, it was common for Americans to get about 2 percent of their daily calories from linoleic acid. Today, Americans on average consume more than triple that amount, much of it from processed foods like lunch meats, salad dressings, desserts, pizza, french fries and packaged snacks like potato chips. More natural sources of fat such as olive oil, butter and egg yolks contain linoleic acid as well but in smaller quantities.

Eating whole, unprocessed foods and plants may be one way to get all the linoleic acid your body needs, Dr. Ramsden said.

Related:



To: E. Charters who wrote (13179)4/26/2016 3:34:46 PM
From: Pogeu Mahone  Read Replies (1) | Respond to of 17100
 
I like animal fat..It taste delicious and is nutritious.

THE BLOG
Let’s Talk: Aren’t Health Care Providers Expected to Discuss Medical Reports With Patients?
04/26/2016 01:27 pm ET

Nancy M. Cappello, Ph.D.Director & Founder, Are You Dense Inc & Are You Dense Advocacy Inc.


Being the architect of legislation to include a patient’s dense breast tissue, the strongest predictor of mammography missing cancer, in the patient’s mammography reporting results, I am compelled to respond to a recent study in JAMA: “Study Finds Poor Understandability of Notifications Sent to Women Regarding Breast Density.”

In this study, the authors conclude, “Efforts should focus on enhancing the understandability of Dense Breast Notifications (DBNs) so that all women are clearly and accurately informed about their density status, its effect on their breast cancer risk, and the harms and benefits of supplemental screening...” of which I agree.

It’s outlandish, however, that the authors also conclude the understandability of breast density notifications is poor while severely understating the importance of physicians discussing test result findings with their patients.

Moreover, why don’t the authors question the readability levels of all medical reporting results that patients receive? Further into this article, and for your enlightenment, I’ve compared a few test results and their readability.

It’s worth repeating that the pros and cons of breast cancer screening, including mammography and adjunct screening and the patient’s individualized masking and causal risk factors, must occur between patient and health care providers, resulting in informed personalized screening and breast health decisions.

Additionally, to place the duty of a patient’s understanding of the impact of dense breast tissue on the reliability of breast cancer screening results, by isolating several sentences, without assessing the readability of the entire report, is short-sighted. Furthermore, receiving a medical reporting result, lacking discourse between patient and her doctor, regardless of the patient’s educational level, cultural heritage or income, is just bad medical practice.

The AMA code of medical ethics Opinion 10.01 is clear in the importance of Patient-Physician Discourse. Fundamental Elements of the Patient-Physician Relationship states:

From ancient times, physicians have recognized that the health and well-being of patients depends upon a collaborative effort between physician and patient ... Physicians can best contribute to this alliance by serving as their patients’ advocate and by fostering these rights...

The density reporting movement using legislative means was pioneered in Connecticutafter its passage of the first density reporting law in 2009. Its intent was to report to patients the same information that their health care providers have about their breast cancer screening results. It was never intended to replace conversations, but to enhance them, leading to shared screening decisions between a patient and health care provider. The disclosure of dense breast tissue with the understanding of its impact empowers the patient about an aspect of breast screening that may be material to a missed, delayed and advanced-stage breast cancer. Absent a discussion about the masking risk of mammography in women with dense breast tissue, gives women a false perception of their breast cancer screening by mammography alone, with its purpose to discover cancer at its earliest stage in its natural history.

My professional career by choice was in education, as a teacher, building and central office administrator, a state department of education official and adjunct lecturer at the University of Connecticut. My patient advocacy mission was born out of a serious and potential fatal condition I faced with an advanced stage breast cancer diagnosis within weeks of my 11th normal mammogram. The masking of my now stage 3c breast cancer for years by mammography was only disclosed after I questioned my docs as to why my mammograms did not discover my cancer earlier. After my astonishing discovery of a decade of research prior to 2004 of the masking of dense breast tissue on mammography, I asked my team of health care providers to consider reporting a patient’s dense breast tissue as part of the mammography reporting results and discussing its impact on breast cancer screening. Each of their refusals led me to the Connecticut legislature.

I spent a decade in my educational career developing effective lessons, including conducting readability levels to educate my students with disabilities and literacy challenges, ensuring that they fully comprehended the materials contained in textbooks. After reading the JAMA study, I conducted my own study on the readability level of my latest medical reports. Each of my reports, except my “Happy Gram” mammography ‘normal’ reporting results from 2003, followed within weeks by the shocking diagnosis of my advanced breast cancer, occurred with dialogue between my doctors and me.

Average Readability Levels

Happy Gram mammography results before Dense Breast Notification: 12.9
Pap results: 10.7
Pathology results of Thyroid: 17.3
Colonoscopy: 10.8
American College of Radiology (ACR) recommended lay letter without density reporting: 9.0
ACR Letter isolating the Dense Breast Tissue Reporting Language: 8.0
Genetic Testing results: 11.4

The density reporting legislative wording is negotiated among many, including physician trade organizations and its lobbyists, legislators and patients. I’ve had many discussions, with limited success, about our non-profit organizations’ recommended language using ‘cancer’ as opposed to ‘abnormalities.’

Dr. Kressin and colleagues, while isolating a small aspect of a much grander scale of communicating medical results to patients, sheds light on one of the fundamental elements of the patient-physician relationship, resulting in the health and well-being of patients. Might it be time for medical trade organizations to visit the readability and understandability of all medical reports, stressing to its constituents, as patient advocates, that the optimal course of action is the continual patient-physician discourse? Conversation in lay terms and culturally appropriate to the patient, resulting in personalized informed decisions seeks to avoid disparities in health decisions.

My dozen years as a patient and breast health advocate have taught me that patients are seeking all the unbiased facts, based on the research, about the masking and causal risk of breast cancer. These educated and informed conversations, regardless of whether the patient resides in a state with a mandate to report density, may make the difference between an early and advanced cancer diagnosis and in some instances death. Let’s talk...

Follow Nancy M. Cappello, Ph.D. on Twitter: www.twitter.com/DrNancyCappello