Vitamin K2 & Healthy Bones

For decades calcium has been the go-to dietary supplement for improving bone health. However, several studies show that supplementing with calcium exclusively is not enough. The body needs to optimize the use of calcium, making sure it is directed to…

Vitamin K2 Shown to Reduce CVD Risk

Globally, cardiovascular diseases (CVD) are responsible for nearly 1 in 3 deaths. CVDs typically develop over decades, characterized by arteries that clog and harden from plaque deposits in which calcium is the main mineral component.

Vitamin K2 & Children’s Health

Today’s children may be challenged as they grow into adulthood. Diets of convenience (and chemicals) may be severely compromising their bone development and cardiovascular health.  Such diets are also devoid of adequate vitamin K2, which clinical trials have shown to…

Latest News

1/13

The Human Diet Evolution.

The Human Diet Evolution & its Impact on Human Health

The evolution of the human diet over the past 10,000 years from a Paleolithic diet to our current modern pattern of intake has resulted in profound changes, not only in our in feeding behavior, but our overall health.

Shifts have occurred from diets high in fruits, vegetables, lean meats and seafood, to processed foods high in sodium and hydrogenated fats, and low in fiber. These changes have left bodies void of the nutrients that provide the foundation for health, resulting in an increase in obesity and chronic disease.

View all
2/13

The Human Diet Evolution.

Paleolithic Diet

2.5 million years ago, the principal components of the Paleolithic diet were wild animal-sourced and uncultivated plant-sourced foods, such as lean meat, fish, vegetables, fruits, roots, eggs and nuts.

View all
3/13

The Human Diet Evolution.

Fire It Up

The first most significant invention was controlled fire. Around 25000 BC, humans used controlled fire to char meat; by 29000 BC, they started boiling water. This marked their beginning of food manipulation and, hence, their diets.

View all
4/13

The Human Diet Evolution.

Growing Opportunities

Humans began domesticating animals between 4,000 and 10,000 years ago. Managing the whereabouts of docile creatures provided a reliable source of nutrition.

Meanwhile, agriculture was invented around 8000 BC, which allowed humans to control food sources via planting and harvesting. In time they began experimenting with plant species, planting only the choicest specimens and weeding out undesirable characteristics.

This marked the beginning of the end of man’s hunter-gatherer, food-as-survival history.

View all
5/13

The Human Diet Evolution.

Variety No More

Gradually the diversity of foods in the diet began to decline as our ancestors limited themselves to a few high-yielding species such as wheat and rice. By 1900, monoculture becomes the norm, and with it the development of food industrialization.

View all
6/13

The Human Diet Evolution.

Manmade Fats

In 1902, scientist Wilhelm Normann found that liquid oils could be hydrogenated to form trans fatty acids. With Proctor & Gamble’s introduction of Crisco vegetable shortening, the first manufactured trans fat product hit grocery store shelves in 1911, leading to trans fat being the first manmade fat to join the food supply.

View all
7/13

The Human Diet Evolution.

Chemical Influence

Natural farming processes, which were developed over 1000s of years, are abandoned for scientific farming processes.

In 1910, the first legislation is passed providing federal authority for regulating pesticides. While fertilizers and pesticides allowed for more efficient growing, the former comes at a cost of micronutrient depletion of the soil (i.e., selenium), the latter having toxic effects on the human system.

View all
8/13

The Human Diet Evolution.

Nutrient-Depleting Firsts

1940 – The first McDonald’s restaurant opens

1947 – The first microwave is sold

1949 – The first frozen tv dinner is sold

View all
9/13

The Human Diet Evolution.

Feedlot Frenzy

The first cattle feedlots are opened in 1950. The poultry industry began moving chickens off pasture and into buildings later that decade. The dairy industry followed suit in the 1960s, and pork producers in the 1970s.

Removing animals from pasture meant we inadvertently remove vitamin K2 from common dietary staples, such as butter, eggs, cheese and meat, as grass-grazing animals convert vitamin K1 to vitamin K2 (MK-4).

View all
10/13

The Human Diet Evolution.

More But Less

Since 1980, populations have been consuming an extra 300 calories a day, but roughly 92% of them in the form of sugars, fats and mostly refined. By 1990, “natural” is an unrecognizable food characteristic due to the rampant use of Artificial Sweeteners and Flavoring in food and drink, as well as enormous portion sizes.

View all
11/13

The Human Diet Evolution.

Chemical Consequences

The 1990s also saw an increased use of hormones and steroids in cattle feed, while the new millennia saw that 80% of antibiotics in the U.S. are found in food, with 28.9 million pounds going to livestock. (But humans weren’t left out: they received a staggering 7.3 million pounds of antibiotics.)

Overuse of antibiotics has led to more antibiotic-resistant bacteria, which has depleted the body of the good bacteria in the gut. Not only has this led to intestinal discomfort and weakened immune systems, but it has also directly contributed to the obesity epidemic.

View all
12/13

The Human Diet Evolution.

Weighty Worries

Today, more than one-third of the U.S. adults are considered obese. Worldwide, obesity has nearly doubled since 1980.

More alarming: By 1989, children’s diets show major deficiencies in minerals and key vitamins, such as iron and vitamin K. Factors such as these have contributed to more than 40 million children under the age of 5 being overweight in 2011.

View all
13/13

The Human Diet Evolution.

The Verdict

Since abandoning natural farming process, the human diet has changed dramatically. These changes have run in parallel with changes in lifestyle and disease patterns. Poor nutrition creates major problems for the young as they grow older, particularly in terms of chronic disease patterns related to a breaking down of the immune system. Dietary intakes have implications for the health of the bone and the cardiovascular systems in later adulthood.

The evolution of our diet may provide answers to the emergence of modern disease, just as the correction of (or supplementation to) our modern diets could hold the key to treating or preventing many of these chronic conditions.

View all

Latest Studies

 

Contact us

Send question

Your question has been sent. Thank you.
Please check validity of the form and try again.
x
Recommendation was sent. Thank you!