Increase Sperm Count with ProceptinHealth & Diet Foods Wholesale & ManufacturersUpdated on Jan 18, 2010 View more like this | Visit SAN DIEGO, CA | Contact Online Business Marketing |
Understanding Sperm
Spermatozoa comprise a unique group of cells in a man's body. Their job is to carry the genes of the male to the egg of the female. After penetrating the egg, the genes in the cell combine with those of the female. This creates the embryo that over a nine month period will develop into a child.
Sperm are constantly being created within the man's reproductive system and are susceptible to oxidative stress, environmental toxins and metabolic injuries. There are clear benefits to using a product that provides nutritional support for sperm function. Proceptin is a proprietary product that contains co-factors for cellular metabolism, as well as fat-soluble and water-soluble anti-oxidants which support sperm count, motility and morphology.
About the Sperm Cycle
Old sperm cells die off and new cells are created at a rate of about one percent each day. This means the entire sperm cycle requires approximately 100 days. The final 75 days represent a period of maturation for the sperm cell. This final step of sperm maturation, called "spermiogenesis", puts the fuel into the tank and completes the development of the sperm cell (spermatozoon).
During this 75 day period of maturation, sperm require large amounts of energy to fuel the mid-portion of the cell. Cells that consume large amounts of energy often generate many free radicals. Here, these free radicals represent a form of oxidative stress on the tissues and organs responsible for the reproductive function in the male. Thus it is useful to use dietary supplements with the proper antioxidants and metabolic co-factors that may help to reduce these stresses.
Proceptin is a proprietary formulation of nutritional supplements of fat and water soluble antioxidants, amino acid precursors and co-factors related to intermediary metabolism.It has the ability to provide these nutrients required to support successful male reproductive function.
Spermatozoa comprise a unique group of cells in a man's body. Their job is to carry the genes of the male to the egg of the female. After penetrating the egg, the genes in the cell combine with those of the female. This creates the embryo that over a nine month period will develop into a child.
Sperm are constantly being created within the man's reproductive system and are susceptible to oxidative stress, environmental toxins and metabolic injuries. There are clear benefits to using a product that provides nutritional support for sperm function. Proceptin is a proprietary product that contains co-factors for cellular metabolism, as well as fat-soluble and water-soluble anti-oxidants which support sperm count, motility and morphology.
About the Sperm Cycle
Old sperm cells die off and new cells are created at a rate of about one percent each day. This means the entire sperm cycle requires approximately 100 days. The final 75 days represent a period of maturation for the sperm cell. This final step of sperm maturation, called "spermiogenesis", puts the fuel into the tank and completes the development of the sperm cell (spermatozoon).
During this 75 day period of maturation, sperm require large amounts of energy to fuel the mid-portion of the cell. Cells that consume large amounts of energy often generate many free radicals. Here, these free radicals represent a form of oxidative stress on the tissues and organs responsible for the reproductive function in the male. Thus it is useful to use dietary supplements with the proper antioxidants and metabolic co-factors that may help to reduce these stresses.
Proceptin is a proprietary formulation of nutritional supplements of fat and water soluble antioxidants, amino acid precursors and co-factors related to intermediary metabolism.It has the ability to provide these nutrients required to support successful male reproductive function.
About the Sperm Cell
Spermatozoa are a unique specialization of cells in men. A good way to describe a sperm cell is to think of it as an Apollo space shuttle, as each is comprised of three essential components; capsule, fuel tank, and propulsion unit.
The main function of the sperm is to carry the 18,000 male genes to the female’s egg, just as the Apollo capsule carries the astronauts on their mission. These genes represent the male's contribution to the DNA make-up of the hoped-for baby. The capsule also has a unique surface feature in its membrane which allows it to burrow through the shell of the woman's egg. Using the enzymes that are built into its surface, the sperm cell digests its way through the outer eggshell called the zona pellucida. The sperm cell is then able to enter into the main part of the egg, the ooplasm, achieving successful fertilization.
The second component of the sperm cell is the energy source. Think of this as the rocket's fuel tank, its sole purpose is to convert nutrients into energy. Without this the propulsion system would not have the energy to take the cell up the female genital track.
The third and final component of the sperm cell is the propulsion system. It is the whip-like structure of the sperm tail. It serves the important function of propelling the sperm cell forward with a snake-like motion. It is critical that sperm move forward and not laterally or in circles. The failure of sperm to move forward is described as an abnormality of sperm motility.
Spermatozoa are a unique specialization of cells in men. A good way to describe a sperm cell is to think of it as an Apollo space shuttle, as each is comprised of three essential components; capsule, fuel tank, and propulsion unit.
The main function of the sperm is to carry the 18,000 male genes to the female’s egg, just as the Apollo capsule carries the astronauts on their mission. These genes represent the male's contribution to the DNA make-up of the hoped-for baby. The capsule also has a unique surface feature in its membrane which allows it to burrow through the shell of the woman's egg. Using the enzymes that are built into its surface, the sperm cell digests its way through the outer eggshell called the zona pellucida. The sperm cell is then able to enter into the main part of the egg, the ooplasm, achieving successful fertilization.
The second component of the sperm cell is the energy source. Think of this as the rocket's fuel tank, its sole purpose is to convert nutrients into energy. Without this the propulsion system would not have the energy to take the cell up the female genital track.
The third and final component of the sperm cell is the propulsion system. It is the whip-like structure of the sperm tail. It serves the important function of propelling the sperm cell forward with a snake-like motion. It is critical that sperm move forward and not laterally or in circles. The failure of sperm to move forward is described as an abnormality of sperm motility.
