Fertility, Fecundity and Viability with BAC

What are fertility, fecundity and viability?

Fertility would not be without fecundity and viability. Their interaction will become apparent in the text that follows, but let me first define these terms.

Fertility is a measure of reproduction: the number of children born per couple, person or population. In all species, fertility displays astounding mechanisms and depends on many factors such as nutrition, sexual behavior, instinct, endocrinology, timing, way of life, and emotions. Human fertility is a little more complex as economics and culture are also added.

Fecundity, derived from the word fecund, generally refers to the ability to reproduce. In biology and demography, fecundity is the potential reproductive capacity of an organism or population, measured by the number of gametes (eggs), seed set or asexual propagules.

Viability means in general “capacity for survival” and is more specifically used to mean a capacity for living, developing, or germinating under favorable conditions. In pregnancy, viability refers to either an early stage pregnancy that has a chance of reaching full-term and live birth, or the shortest length of pregnancy after which a new born prematurely has a chance of survival.

Russian Research

During several animal research projects sponsored by the former Russian Academy of Science and Ministry of Nutrition, the effect of BAC on fertility, fecundity and viability was evaluated in small and large species. Some of these trials were very large, comprised of thousands or even millions of animals.

Overall, when consuming BAC, most species were observed to be more energetic, to have more vitality, and to have increased energy and strength. From the hundreds of resulting health and productivity benefits, I will concentrate on those having to do with fertility, fecundity and viability.

Poultry: In Moldova, a poultry farm with 1.5 million egg-laying chickens was selected as a main center for algae research from 1985 to 1995. This farm had been afflicted with cancers and low productivity for many years. After a decade of BAC supplementation, the cancers were resolved, many productivity benefits and results were observed and an overall productivity increase of 20% was estimated. Some of the observed benefits were:

Increased number of eggs per year per chicken, from 250 to 300
Increased viability of the newborn chick from 90% to higher than 98%
Increased egg laying period from 16 months to 24 months
Increased fertility

Pig: A 54,000 heads pig farm near Voronege was affected with cancer and low productivity. During this project sponsored by the Ministry of Nutrition the following results were observed:

Increased spermatozoid count and motility (4 times)
Increased pig litter size
Increased viability of piglets
Increased fertility

Dairy cow: A 15,000 heads dairy cow farm was plagued with some cancer and low productivity. During this project sponsored by the Ministry of Nutrition the following results were observed:

Increased viability of donor’s embryos and resulting fecundity
Increased spermatozoid count and motility (4-5 times)
Increased instances of multiple births (twins)
Increased viability of newborns
Expected increases in lactation period from 45 months to 80 months
Increased fertility

Mink: In Siberia, hundreds of mink farms totaling more than 10,000 animals were affected by various cancers and low productivity for this important Soviet industry. During this project sponsored by the Ministry of Nutrition the following results were observed:

Increased viability of donor’s embryos and resulting fecundity
Increased spermatozoid count and motility (4 times)
Significant increases in size of litter
Increased viability of newborns
Increased fertility

Dog: In this informal study, hundreds of dogs, the majority being German Shepherds, were observed over a period of several years. The dogs were used in Moldova to guard the poultry research farm from foxes and other predators.

Increased dog litter size
Increased viability of puppies
Increased fertility

North American BAC Research

Since BAC was introduced in North America in 1999, there have been several instances of fertility reported with animals, in some cases as anecdotal reports, in other cases as part of semi-formal research projects. Find a few listed here:

Increase of 8% in survival rate of new chicks in a 28,000 egg laying poultry research project conducted in Quebec
Instances of larger egg size on a small ranch in Colorado
Increased survival rate of newborns on a goat farm in Quebec
Twelve of thirteen cows dropped their placenta by themselves after giving birth, when previously assistance from a vet or the farmer was required in most cases and…
Increased number of calves per cow per year observed during a formal research project on a Quebec farm

Other Animal Research

In other clinical research conducted at the University of Hawaii, spirulina caused the fertility levels of quail to increase to 96.1 %, significantly higher than fertility levels on a standard breeder diet.

In other research, spirulina was reported in many Aviaries to nearly double production of finches, canaries and hookbills.

BAC, People and Fertility

There have been many cases of fertility or other benefits reported anecdotally by people using BAC:

Couples having difficulty getting pregnant reported successful pregnancy and resulting birth
Women that had entered menopause reported returning menstruations
Women and men report increased libido
Men report increased erectile function
Normalization of the level of testosterone and other hormones

BAC, Energy and Spermatozoid motility

Rather than detailing the physiological mechanisms of fertility, fecundity and vitality, all of which can be found in many books, I will describe only one physiological example to illustrate the relationship between nutrition (and BAC) and fecundity.

The animal research done with BAC often resulted in elevated spermatozoid count and motility across species.

Spermatozoid count is a function of testosterone, cell splitting and other energy and metabolic factors.

Motility is a biological term that refers to the ability to move spontaneously and independently. In terms of fecundity it describes the capacity of the sperm to reach the egg.

One partial explanation of these results is associated with increased ATP energy resulting from a better mitochondria Krebs cycle metabolism. By looking at the structure of a spermatozoid, you can understand the importance of energy required for its flagellum to propel it towards the egg. The key to spermatozoid motility is in its middle section (see diagram). This middle part, immediately behind the head, contains numerous mitochondria, which generate the energy required for movement of the tail.

23-spermatogenesis

The Mighty Mitochondria: The Energy Capsules

Mitochondria are tiny sausage-shaped organelles that float in the cytoplasm of the cell. Besides being abundant in the spermatozoid, there are trillions of these tiny powerhouses in the body.

Mitochondria are present in all human and animal cells and play a central role in sustaining aerobic cellular energy functions. In the body, the cells that require the most energy contain the most mitochondria. The cells of the brain, skeletal muscles, heart muscles and eye contain the highest number of mitochondria (as many as 10,000 per cell) while the skin cells, which do not require much energy, contain only a few hundred of them.

Mitochondria look and function like “tiny energy capsules.” They carries ATPase, which is the principal energy enzyme, and cytochrome enzymes, which are the principal enzymes involved in detoxification.

ATP: The Energy Molecule

This energy molecule is called adenosine triphosphate (ATP), the principal energy molecule in the human body. ATP molecules are produced in the cells by the oxidation of carbohydrates, proteins and fats. The energy carried by ATP molecules is used or stored depending on the needs of the body.

These processes are regulated by several factors including the efficiency of enzymes, the extent of enzyme inactivation by intracellular enzyme poisons and the metabolic needs of the cells at the time.

How does BAC positively affect the energy capsules?

When tabulating the range of health results obtained in the Russian studies, it becomes obvious that all physiological metabolisms of the body are benefited when consuming BAC.

There is no doubt that BAC with its 5,000 nutrients does a magnificent job supporting a healthy cellular metabolism.

Furthermore, with its high content of green chlorophyll, nicknamed the “shepherd of light” due to its critical role in the photosynthesis process, BAC significantly contributes to the energy process that occurs in thousands of mitochondria in trillions of cells of the body.

But BAC’s greatest value is that it is extremely efficient at reaching the cells of the brain, resulting in the energetic awakening of the hypothalamus/pituitary cortex that is responsible for the balance (homeostasis) of all metabolisms of the body, including the critical ATP energy cycle that occurs in mitochondria.

References

The Magic is BAC: The Life of Michael Kiriac – R. Thomas, M. Kiriac, CompWellness, 2003
Increased fertility in quail – Ernest Ross and Warren Dominy – Oceanic Institute, University of Hawaii, 1989

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