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In a preclinical study, researchers identified and characterized 18 new compounds (agonists) that activate bitter taste receptor subtype TAS2R5 to promote relaxation of human airway smooth muscle cells. The cross-disciplinary team found 1,10 phenanthroline-5,6-dione (T5-8 for short) was 1,000 times more potent than some of the other bronchodilator agonists tested, and it demonstrated marked effectiveness in human airway smooth muscle cells grown in the laboratory.

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After being vilified for decades, butter is back and booming. Not only has it made a comeback, but sales are soaring, with per capita butter consumption up 24% in the U.S. over the last decade.1 Changes in eating habits due to the pandemic pushed demand for butter even higher in 2020. Dairy cooperative Land O’Lakes estimated a 20% increase in sales during the last year, reaching 275 million to 300 million pounds sold.2

The rise in retail demand, triggered by Americans cooking and baking more at home during the pandemic, was so high it made up for declines in restaurant butter demand — and then some. In a statement, the company reported a $54 million year-over-year earnings increase from 2019 to 2020, adding:3

“Earnings improved by $54 million in the third quarter due to strong performance across the portfolio. Dairy Foods earnings were higher due to continued strength in Retail, which more than offset lower volumes in Foodservice and commodity market volatility due to impacts of COVID-19.”

Data from the U.S. Department of Agriculture concur, showing a 6% rise in butter production during the first six months of 2020, with trends suggesting it may top 2 billion pounds for the year — the highest it’s been since 1943.4

Butter’s Popularity Outpaces Margarine’s

In the early 1900s, per-capita annual butter consumption in the U.S. was greater than 15 pounds, but this dropped sharply as margarine consumption increased. The dairy industry fought back from the beginning, when margarine entered the marketplace in 1869.

The Oleomargarine Act (margarine was known as oleomargarine at the time) was passed in 1886, which imposed a 2 cent per pound tax on margarine, which originally was made from excess animal fat harvested from slaughterhouses.5 It was also prohibited to color “artificial butter” yellow to make it look more like real butter,6 while the state of New Hampshire briefly required margarine to be tinted pink.7

Despite the initial backlash, margarine, with its lower price and claims of superior health benefits, soared in popularity by the middle of the century and outpaced butter consumption in 1957.

As saturated fats fell out of favor, and health officials wrongly urged Americans to avoid such healthy fats as butter to reduce their risk of heart disease and lose weight, margarine, which came to be made with refined vegetable oils and trans fats, became the go-to spread and cooking companion.

We now know that refined vegetable oils are among the worst foods to consume, and a prominent study released in 1997, which examined the effects of margarine on cardiovascular disease, revealed that margarine increases your heart attack risk.8 Still, for decades margarine remained more popular than butter; it wasn’t until 2005 that butter regained its top title, and consumption has been on the rise ever since.9

Butter Is Good for You

Butter is still regarded by many as a guilty pleasure, one of those foods that you shouldn’t really be eating, but indulge in anyway because it’s just so good. But this is one case where you can indulge guilt-free, because butter is a health food — especially when it’s made with milk from grass fed cows.

Unlike heavily processed margarine, butter is a whole food that contains nutrients your body needs. This includes:10

Nutrients in Butter

Vitamin A in the most absorbable form

Lauric acid

Lecithin — necessary for cholesterol metabolism and nerve health

Antioxidants

Vitamin E

Vitamin K2

Wulzen Factor — hormone-like substance known to prevent arthritis and joint stiffness (destroyed by pasteurization)

Fatty acids, especially short- and medium-chain in the perfect omega-3 to omega-6 balance

Conjugated linoleic acid (CLA) — anticancer agent, muscle builder and immunity booster

Vitamin D

Minerals, including selenium, manganese, chromium, zinc, and copper

Iodine in a highly absorbable form

Cholesterol

Arachidonic acid (AA) — brain function and healthy cell membranes

Glycosphingolipids — fatty acids that protect against GI infections

Multiple studies support butter consumption for good health. In a systematic review and meta-analysis of nine publications including 15 country-specific cohorts, butter consumption was not significantly associated with cardiovascular disease, coronary heart disease or stroke, but increased consumption was associated with a lower incidence of diabetes.11

A Closer Look at the Beneficial Compounds in Butter

Multiple compounds in butterfat are associated with health benefits. One of the most well-known is CLA, which not only is anticancer, but also heart healthy and anti-inflammatory with antiobesity effects as well.12

Sphingolipids, such as ceramides, sphingomyelin, cerebrosides, sulfatides and gangliosides, are also found in butter. These compounds influence cell regulation and have antimicrobial and immunomodulatory effects, while inhibiting cholesterol adsorption. They also have potential anticancer effects. According to Advances in Food and Nutrition Research:13

“When consumed, sphingomyelin is transformed to ceramide by sphingomyelinase, and further ceramide is digested to sphingosine and a free fatty acid before being absorbed. Ceramide is known as a cancer cell apoptosis inducer. The consumption of sphingomyelin was related to the prevention of colon cancer in mice and humans.”

There’s also butyric acid, an anticancer compound found in milk fat. Butyric acid and its salts, including butyrate, are beneficial for your gut and have beneficial effects on energy homeostasis, obesity, immune system regulation, cancer and brain function. Myristic acid is a long-chain saturated fatty acid also found abundantly in milk fat.

It’s involved in important metabolic processes, and moderate consumption may improve omega-3 fat levels, which could lead to improvements in heart health. The consumption of myristic acid from dairy fat is also linked to increases in HDL cholesterol and decreases in triglyceride levels with additional noted immunomodulatory properties.14

It’s not surprising, then, that accumulating research supports the consumption of whole-fat dairy like butter. The Prospective Urban Rural Epidemiology (PURE) study,15 published in The Lancet, is among them.

As lead study author Mahshid Dehghan, a senior research associate and nutrition epidemiology investigator at McMaster University in Hamilton, Ontario, noted in the featured study, “Our results showed an inverse association between total dairy and mortality and major cardiovascular disease. The risk of stroke was markedly lower with higher consumption of dairy.”16

Grass Fed Butter Is Best

Keep in mind that butter's nutritional value depends on how the animals are raised, as the fatty acid composition of butterfat varies according to the animal's diet. The very best quality butter is raw (unpasteurized) from grass fed cows, preferably certified organic.

The next best is pasteurized butter from grass fed or pastured organic cows, followed by regular pasteurized butter common in supermarkets. Even the latter two are healthier choices by orders of magnitude than margarines or other vegetable-oil based spreads. Why is grass fed butter better? Milk from cows raised primarily on pasture has been shown to be higher in many nutrients, including vitamin E, beta-carotene and the healthy fats omega-3 and CLA.17

The improved fatty acid profile in grass fed organic milk and dairy products brings the omega-6 to omega-3 ratio to a near 1-to-1, compared to 5.7-to-1 in conventional whole milk. This is important, since the majority of Americans eat 10 to 15 times the amount of omega-6s compared to what they eat in omega-3s.18

“Because of often high per‐capita dairy consumption relative to most other sources of omega‐3 fatty acids and conjugated linoleic acid, these differences in grassmilk [grass fed milk] can help restore a historical balance of fatty acids and potentially reduce the risk of cardiovascular and other metabolic diseases,” researchers noted.19

A study published in Critical Reviews in Food Science and nutrition also highlighted the differences in human health after consuming the same foods from animals raised in different ways:20

“Multiple studies have shown that food products from animals raised on pasture instead of grains contain significantly higher amounts of nutrients that may protect against cancer, like omega-3 fatty acids and conjugated linoleic acid.

Due to the general recommendation against dietary fat consumption over the past several decades, there has been a lack of scientific dialogue regarding the differences pasture-raised animal byproducts may have on health and cancer prevention.”

Indeed, they found that while lipid levels remained relatively neutral overall, significant differences were found in inflammatory markers and phospholipids depending on whether the animal foods came from animals fed grass or grains:21

“While red meat, butter, cheese, and eggs have been generally treated as nutritional boogeymen with most nutritional recommendations endorsing their avoidance, these individual foods may vary significantly in nutritional value and the corresponding effect on consumers.

Grass-fed butter, n-3 enriched eggs, and wild game meat appear to have a neutral effect on serum lipids while providing a decrease in several inflammatory factors, potentially improving health.

Significant data exist illustrating a marked differing physiological affect from consuming the exact same food produced from animals raised differently, and this finding could have a large impact on population-wide dietary recommendations if controlled for in future studies.”

Dairy Farmers Dump Milk as Butter Sales Climb

It’s ironic that butter sales are through the roof when the dairy industry as a whole has been challenged during the pandemic. In spring 2020, dairy farmers were forced to dump milk as demand from restaurants and schools plummeted. It was forecast that the dairy industry could lose $5 billion to $10 billion in sales over the next six months.22

Two major milk producers — Dean Foods and Borden Dairy — had already filed bankruptcies in November 2019 and January 2020 as U.S. milk sales had declined before the pandemic. However, the pandemic has since had a favorable effect on U.S. retail milk sales, which increased 8.3% from January 2020 to July 18, 2020. During the same period the year prior, sales were down 2.3%.23

For butter producer Land O’Lakes, sales were so strong over the summer of 2020 that they didn’t put nearly as much butter in cold storage as they normally do.

In an interview with Bloomberg, Land O’Lakes CEO Beth Ford said, “Often times, even for the retail business, what you do is you make a lot of butter because it’s peak milk production time, and you store it for the key season [during the holidays]. But the buying was so strong that we didn’t do that, because we were selling right off the line.”24

Increasingly, it appears Americans are seeking traditional, whole foods that provide solid nutrition and feelings of comfort, which butter certainly fulfills on both levels.

As mentioned, when seeking out the best butter, skip that made from CAFO milk and support small farmers offering butter made from grass fed cow’s milk. If you can’t find a local farmer at a nearby farmers market, look for the American Grassfed Association (AGA) logo on dairy products, which ensures the highest quality grass fed products.



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A second antimalarial treatment is now being seriously considered and evaluated for its efficacy against COVID-19. The treatment is made from the plant Artemisia annua, which most people know as Sweet Wormwood. Other names for this plant include Annual Sagewort and Sweet Annie.

Research over the past few decades has revealed multiple health benefits from this medicinal herb, which has a centuries-long history of use in folk medicine. In 2015, Chinese scientist Tu Youyou received a partial Nobel Prize in Physiology or Medicine for his discovery of artemisinin and dihydroartemisinin,1 both of which have potent malaria-fighting properties.

As reported by the University of Kentucky,2 “The popular malaria drug artesunate was developed from those compounds and is still used as a first-line treatment for the disease today.”

Artemisinin — A Viable COVID-19 Remedy?

Interestingly, in addition to having a long-standing history of being used as a highly effective antiparasitic, it also has anticancer properties. Additionally, artemisia annua has antiviral activity that might be helpful against SARS-CoV-2.

In an April 8, 2020, press release Mateon Therapeutics reported3 that “Artemisinin is highly potent at inhibiting the ability of the COVID-19 causing virus (SARS-CoV-2) to multiply while also having an excellent safety index.”

After testing the plant’s antiviral effects in a laboratory setting for a couple of years, University of Kentucky researchers are also exploring its use for the treatment of COVID-19,4 as are researchers in Denmark and Germany.5 According to the University of Kentucky:6

“Surprisingly, results showed that the plant’s leaves, when extracted with absolute ethanol or distilled water, provided more antiviral activity than the actual drug itself — meaning that an Artemisia annua-blended coffee or tea could possibly be more effective than taking the drug.”

Based on these findings, researchers have decided to test artemisinin in patients diagnosed with COVID-19. Some of the first human studies, set to investigate both the extract blended into coffee and tea, as well as the drug artesunate, were implemented by UK HealthCare.

University of Kentucky researchers have founded a company called ArtemiFlow to develop and manufacture the drug, in collaboration with the Kentucky Tobacco Research & Development Center.7 A sister company, ArtemiLife, is marketing Artemisia tea and coffee to raise research funds.

Mechanism of Action Remains Unknown

As for its mechanism of action, such details still remain to be discovered. C&EN explains:8

“When countering malaria, artemisinin exploits the parasite’s taste for hemoglobin in its host’s blood. As the parasite digests hemoglobin, it frees the iron-porphyrin heme complex from the protein.

Because this heme is toxic to the parasite, the organism normally converts the complex to a more benign crystalline form. ‘But artemisinin corrupts this heme-detoxification pathway,’ says Paul O’Neill, a medicinal chemist at the University of Liverpool.

If artemisinin does have any effect against SARS-CoV-2, though, it likely relies on a completely different mechanism than the one it uses against the malaria parasite, Harvard’s [malaria researcher Dyann F.] Wirth says.”

In Vitro Study Reports Positive Results

An in vitro study9,10 looking at the efficacy of artemisinin-based treatments against SARS-CoV-2, posted on the prepublication server bioRxiv, October 5, 2020, report promising results.

The study was a collaboration between researchers from Germany, Denmark and Hong Kong, led by Kerry Gilmore, Ph.D., from the Max Planck Institute for Colloids and Interfaces in Potsdam, Germany.

Three artemisinin extracts, as well as pure, synthetic artemisinin, artesunate and artemether were evaluated. During the initial screening for antiviral activity, a German SARS-CoV-2 strain obtained from Munich was used.

Later on, during the concentration-response phase of the trial, they used a Danish SARS-CoV-2 strain from Copenhagen. These two strains are said to be “more closely related to the majority of SARS-CoV-2 strains circulating worldwide than the Wuhan strain.”11,12

In summary, they found that both pretreatment and treatment with artemisinin extracts, synthetic artemisinin and the drug artesunate were able to inhibit SARS-CoV-2 infection of Vero E6 cells and human hepatoma Huh7.5 cells. That said, artesunate was the most potent in terms of treatment, and from a clinical perspective may be the only one worth pursuing.13,14

World Health Organization Warns Against Its Use

While the world is eager to add another remedy to its COVID-19 treatment list, the World Health Organization has come out in opposition to artemisinin-based products. In a May 27, 2020, article, C&EN reported:15

“One of the most high-profile advocates for using the herbal remedy against the novel coronavirus is Madagascar president Andry Rajoelina, who has been touting Covid-Organics, a tonic containing A. annua that the Malagasy Institute of Applied Research developed …

But health officials are deeply concerned about the promotion and use of these herbal remedies for three principal reasons. First, no evidence exists that A. annua extracts can prevent or cure COVID-19 …

Second, A. annua preparations such as teas, tonics, or herbal capsules also contain a cocktail of bioactive compounds in addition to artemisinin that can have side effects such as dizziness, hearing problems, and vomiting.

Third, and perhaps most worrying of all, widespread use of A. annua herbal extracts could bolster drug-resistant strains of malaria parasites such as Plasmodium falciparum.16

For people living in regions where malaria is endemic, exposure to subtherapeutic doses of artemisinin in A. annua may be enough to kill off some of the parasites in their bodies, but not all of them. Clearing out weakling parasites leaves more room for drug-resistant siblings to proliferate, rendering vital ACTs [artemisinin-based combination therapies] ineffective.”

According to Pascal Ringwald, who heads up the drug resistance and response unit of the WHO Global Malaria Program, artemisinin resistance is a significant problem in Southeast Asia, where Artemisia readily grows and is commonly used.17

That said, this risk is bound to be slight for Americans and people in many other Western countries where malaria is exceedingly rare. According to C&EN,18 “Scientists interviewed by C&EN agree that although this use is against WHO recommendations, it does not risk accelerating resistance because there are so few cases of malaria in the U.S.”



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1 Research shows that children are:

  • Insignificant disease vectors; they rarely test positive or spread SARS-CoV-2 infection

    Research shows young children are insignificant disease vectors as they rarely test positive or spread SARS-CoV-2 infection. Learn more.

  • Significant disease vectors; they frequently test positive and spread SARS-CoV-2 infection
  • The No. 1 disease vector for COVID-19
  • As likely to test positive for and spread COVID-19 as any other age group

2 According to Dr. Reid Sheftall, COVID-19 has an infection fatality rate of 0.1%, which is the same as that from:

  • Bubonic plague
  • Influenza (flu)

    "... I don't think the general public would have agreed to lockdowns, for example, if they had known that the infection fatality rate is 0.1% … the same as the flu." Learn more.

  • Tuberculosis
  • Ebola

3 Which of the following has increased as a result of pandemic lockdown measures?

  • COVID-19 deaths
  • Scholastic achievement
  • Domestic abuse, child abuse and suicides

    Lockdowns have resulted in dramatic increases in domestic abuse, rape, child sex abuse and suicides. As just one example, in September 2020, Cook Children's Hospital in Fort Worth, Texas, admitted a record number of 37 pediatric patients who had tried to commit suicide. Learn more.

  • Small business revenues

4 Which of the following is associated with and commonly caused by leaky gut?

  • Breast cancer
  • Anorexia nervosa
  • Andropause and menopause
  • Autoimmune disorders and neuroinflammatory diseases

    Chronic inflammatory diseases associated with dysregulation of the zonulin pathway and leaky gut include autoimmune disorders, metabolic disorders, intestinal diseases, neuroinflammatory diseases and cancer of the brain and liver. Learn more.

5 What is sarcopenia?

  • Age-related muscle loss

    Sarcopenia is the loss of skeletal muscle that occurs with age. Learn more.

  • Premature hair loss/baldness
  • Age-related bone loss
  • Collection of inflammatory cells lumping together in lungs, eyes, joints and/or skin

6 As meat processing plants shut down due to COVID-19, US farmers had nowhere to send their animals. The USDA said it would assist by:

  • Allowing farmers to bring the animals to smaller processing plants
  • Culling or depopulating the animals

    Sullivan received an email from the USDA in April 2020, stating that it would help farmers to find alternative markets for their harvests, and if that couldn't be done, state veterinarians and government officials would assist with culls, or depopulation, of the animals. Learn more.

  • Reimbursing farmers for their losses
  • Ensuring the meat would be processed and distributed to those in need

7 Research shows emotions are contagious. Which of the following emotions tend to be the most "infectious"?

  • Negative emotions
  • Neutral emotions
  • Positive emotions

    Negative emotions can "infect" people up to 2 degrees removed, while positive emotions can affect those 3 degrees removed. So, you're actually more effective as an agent of emotional contagion when you're filled with positivity. Learn more.

  • Judgmental emotions specifically


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