How Sex Selection works

Each parent contributes half of a baby's genetic make up. The female or mother is genetically an XX, so she is only able to contribute an X to the future baby. The father of the baby is XY and can contribute either an X or a Y. This means that sperm is the deciding factor in how your baby's sex is determined.

Over 200 million sperm are ejaculated into the vagina during intercourse, a mixture of X and Y. Most likely only one will be the one to penetrate the ovum

Gender Selection Diet

 

These diets have been designed with an eye to maintaining a healthy, balanced food intake.  The suggested daily consumption of calories has been held at about 1,800. 

 

The average daily mineral ranges for the boy diet are:

  • 5,000 to 6,000 milligrams of sodium
  •  4,000 to 5,000 milligrams of potassium
  •  250 to 400 milligrams of calcium
  • 120 to 200 milligrams of magnesium

 The average daily mineral ranges for the girl diet are:

  • 1,528  to 2,028 milligrams of calium
  • 254 milligrams magnesium
  • 700 to 1,000 milligrams sodium
  • 2,500 to 3,500 milligrams potassium

How it Works

 

about stork select

How it Works

99% success rate*

Choose Baby Gender's success is so high because our method is the result of a culmination of many research studies into preconception gender selection.

The reasons why couples desire to conceive a child of a particular sex are infinite and the personal decisions to have a child of a desired sex are only natural. However, it is just recently that a wish could be granted through preconception methods.

Choose Baby Gender has taken clinically proven factors concerning gender selection and new factors that are now available, and put them altogether in a simple method you can realistically follow. The scientific methodology behind Choose Baby Gender has proven 99% effective for boys and 96% effective for girls in controlled studies.*

In Choose Baby Gender gender selection book you will learn about many different factors that influence baby gender. We teach you how to make your own gender selection kit. Which will save you hundreds of dollars. In each of our gender books we provide you with all the information for formulating your own kit and detail instructions for using the products for your desired gender.

Each Book consists of:

  • gender specific diet instructions
  • where to buy nutriceuticals locally and the correct dosage needed
  • Detailed instructions for recognizing primary fertility signs
  • Instructions on using a biphasic basal thermometer to determine body temperature needed to conceive your desired gender
  • the formula for making a gender specific douche that will create the correct vaginal ionic composition
  • the importance of intercourse timing
  • calculating ovulation
  • adjusting the vaginal environment to effectively determine the gender of your next child
  • charts to help you organize all steps for gender selection
  • example charts that you can compare

When you purchase the Choose Baby Gender Selection book you are getting more than what's included in other gender selection books or kits you may be considering. You will receive a 30 menu day diet and can purchase enhancement supplements to increase your chance for success .

 

How is the Gender of a Baby Determined?

How is the Gender of a Baby Determined?

Gender selection is possible because of how sex is determined by our chromosomes. Our bodies are made up of billions of cells. All cells contain 46 rod-like forms arranged in pairs called chromosomes, except for the special reproductive cells, the sperm and egg cells, called gametes, each of which only possess 23 chromosomes.

During fertilization, the gametes combine and restore the normal chromosome number (46) in the embryo. One of these pairs of chromosomes defines the sex of the developing baby. This pair is called the sex chromosome. Each sex chromosome is made up of an  "X and  Y" chromosome, which define a male, or an "X and  X" chromosome, which define a female. Eggs can only contain X chromosomes, but sperm contain either an X or a Y chromosome.