July 21, 2008

You can still grow tall even if both of your parents are short.

Regardless of your parents' height, if your grandparents or even grand-grandparents are tall, you may still receive their tall genes and have the potential to grow much taller than your parents. This explains why some children can grow much taller than both of their parents but others cannot. The tall children receive tall genes from their grandparents or other recent ancestors and the short children do not. How? It's pure luck based on mathematical probability. Can you be sure you do not have tall genes just because your parents are short? NO! Your parents may both be "unlucky" to miss the tall genes from your recent ancestors, but this actually gives you more of a chance to receive those tall genes since the probability of missing a certain trait for two or more generations consecutively is very small - only1/4 for two generations, 1/8 for three generations, and 1/16for four generations. So you should check all of your recent ancestors (at least 3 or 4 generations) before you conclude “I am from a short family". From today's "Grow Taller Secret" you already know the scientific formula which can calculate your maximum potential height based on your parents' and grandparents' height. Now, apply this formula to calculate your maximum potential height - most likely you will be surprised to find that you have the potential to grow much taller than you thought possible.

Moreover, recent scientific research and experiments discover that the major cause for most people's height deficiency is NOT genetic or hereditary. While human genes do determine a maximum potential height for everyone, over98% of adults are 2 - 6 inches (5 - 15 cm) shorter than the maximum potential height designed by their genes due to the following three causes:

The primary cause is insufficient growth hormone production. Growth hormone, also known as somatotropin, is a protein hormone of 191 amino acids that is produced by your pituitary gland. Growth hormone is the most important factor in controlling your bone growth because it is the only hormone that stimulates the growth of cartilage cells at the end of your bones (which is solely responsible for the vertical growth of your bones). During your puberty (age 12 - 14), your pituitary gland is very active and produces sufficient amount of growth hormone to stimulate rapid bone growth. So you are very likely to experience a growth spurt. However, soon after puberty most people's pituitary glands become inactive and produce very little growth hormone to stimulate any further bone growth. So most people stop growing taller soon after their puberty, even when their growth plates are still open and they are still inches shorter than their maximum potential height.

The secondary cause is a short growth period. On average, boys' growth plates should not completely close until age25; girls' growth plates should not completely close until age 21. However, external distresses (school, work, relationships, etc.) can often cause premature closure of the growth plates, which in turn causes a short growth period. Many people stop growing because their growth plates are prematurely closed way before they can reach their maximum potential height.

The last but not least cause is any of the common human mistakes such as a poor diet, incorrect sleeping habit, lack of the right exercises, inappropriate postures, etc. In order for your body to grow to its maximum potential height, just having sufficient growth hormone and a long growth period is not enough - your body also needs all the necessary nutrients, efficient rest, some right exercises, appropriate posture, etc. So if you have been making anyone (or more than one) of those common mistakes, you cannot grow to your maximum potential height.

Thus, the joined effects of the above three causes can easily make you 2 - 6 inches (5 - 15 cm) shorter than your maximum potential height. It is just these 2 - 6 inches (5 -15 cm) that make most of the difference between "tall" and “short"; and it is just these 2 - 6 inches (5 - 15 cm) that you can regain through our #1 Grow Taller And Increase Height Program.

Our program can best work for you because it is aimed to eliminate all of the above three cause which prevent you from growing to your maximum potential height. More specifically, our program can:

* Naturally increase your growth hormone production,
* Naturally prolong your growth period,
* Naturally improve your diet, sleeping habit, exercises, postures and all the other important factors for your growth...

The complete combination of our program can help you regain those lost 2 - 6 inches (5 - 15 cm) and reach your maximum potential height permanently and proportionally.

Therefore, you can still grow taller even if both of your parents are short (as you will learn later, most people who follow our program have grown much taller than their parents).
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A proven scientific formula to mathematically calculate your maximum potential height based on your parents' and grandparents' height.

Many people ask us:" My father is x meters tall, my mother is y meters tall, what is the maximum potential height that I can grow up to?" Well, for a long time there was no straightforward answer to this question. But after carefully studying height statistics in different countries, sampling many people's height and their parents' height, as well as their grandparents' height, and referencing some specialized doctors' work on this topic, we finally discovered a scientific formula to mathematically calculate anyone’s maximum potential height based on his/ her recent ancestors' height. The ultimate truth is that not only your parents' height, but also your grandparents' and all of your recent ancestors' height determine your maximum potential height.

To calculate your maximum potential height based on your parents' and grandparents' height, use the following formula:

Your father's height = F cm (inches)
Your mother's height = M cm (inches)
Your father's father's height = FF cm (inches)
Your father's mother's height = FM cm (inches)
Your mother's father's height = MF cm (inches)
Your mother's mother's height = MM cm (inches)

If you are a male:
With 95% certainty,
Your Maximum Potential Height in cm (inches) = (F + M + FF + FM + MF + MM) / 6 * 1.08 + 8.8 cm (3.5 inches)

With 99% certainty,
Your Maximum Potential Height in cm (inches) = (F + M + FF + FM + MF + MM) / 6 * 1.08 + 14 cm (5.5 inches)

If you are a female:
With 95% certainty,
Your Maximum Potential Height in cm (inches) = (F + M + FF + FM + MF + MM) / 6 * 0.92 + 6.4 cm (2.5inches)

With 99% certainty,
Your Maximum Potential Height in cm (inches) = (F + M + FF + FM + MF + MM) / 6 * 0.92 + 11.4 cm (4.5inches)

Explanation: Extensive statistic and scientific research shows the average height of males is equivalent to the average height of their parents and grandparents multiplied by a conversion factor of 1.08. This will be most males ‘natural height (if they do not put any efforts into growing taller). However, 95 out of 100 males' maximum potential height is less than the sum of their natural height plus 8.8cm (3.5 inches), and 99 out of 100 males' maximum potential height is below the sum of their natural height plus 14 cm (5.5 inches). Similarly, the average height of females is equivalent to the average height of their parents and grandparents multiplied by a conversion factor of 0.92. This will be most females' natural height (if they do not put any efforts into growing taller). However, 95 out of 100females' maximum potential height is below the sum of their natural height plus 6.4 cm (2.5 inches), and 99 out of 100females' maximum potential height is below the sum of their natural height plus 11.4 cm (4.5 inches).
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