HGH Boosts Immunity
The human body is a complex piece of machinery, with an extensive network of cells, organs, glands, nerves, muscles, bones, tissues, and hormones. Each of these parts is vital for good health and a strong immune system. As we look at how HGH boosts immunity, we focus on two specific types of blood cells – B cells and T cells. Human growth hormone has stimulating benefits for both types of cells.
What is immunity and how does the immune system function?
The immune system consists of the following:
- Two glands called adenoids at the back of the nasal passage
- Two tonsils in the back of the throat
- Veins, arteries, and capillaries that deliver blood throughout the body
- Bone marrow inside the bones that manufacture blood cells
- Small, bean-shaped lymph nodes throughout the body that connect via lymphatic vessels
- A network of lymph vessels that transport lymphocytes (infection-fighting white blood cells) to the bloodstream and lymphoid organs
- Lymphoid tissue called Peyer’s patches in the small intestine
- A small thymus gland behind the breastbone
- A fist-sized spleen in the left side of the abdomen
How does HGH boost immune system functions?
The process begins with the most primary of all growth hormone functions – cellular regeneration. Once the pituitary gland secretes HGH into the bloodstream in a pulsatile burst (once every three to five hours), the HGH races through the bloodstream to its various receptor cells on tissues throughout the body. You can find these receptors in other glands, organs, muscles, and even in the brain.
One way that HGH boosts immunity is through its signaling to the liver to secrete insulin growth factor 1, a hormone that helps mediate many of the functions of HGH in the body. IGF-1 is crucial in supporting HGH with the function of cellular regeneration. Without enough HGH and IGF-1, the body cannot keep up with cell reproduction. One area that requires new cells each day is the blood supply. The typical adult forms approximately the following amount of new blood cells each day:
- Red blood cells – 200,000,000,000
- White blood cells – 10,000,000,000
- Platelets – 400,000,000,000
Bone marrow produces all the body’s red blood cells and platelets, and 60 to 70 percent of the white blood cells. The thymus, spleen, and lymph nodes supply 20 to 30 percent of the lymphocytes (white blood cells). 4 to 8 percent of white cells called monocytes come from the reticuloendothelial tissue in the liver, spleen, lymph nodes, and other organs.
In addition to HGH and IGF-1 supporting the process of cellular regeneration, human growth hormone plays one other vital role – stimulating testosterone production.
What does testosterone have to do with immunity?
Testosterone is a vital part of the process of red blood cell production in the body’s bone marrow because it stimulates the secretion of erythropoietin, the hormone necessary for erythropoiesis (red blood cell formation). If HGH levels are low, testosterone production may also suffer, creating a chain effect that reduces red blood cell production.
Now, it is also important to consider the fact that HGH, IGF-1, and testosterone all influence bone mineral density. When their levels are low, the bones weaken and become brittle. There is less bone marrow to produce blood cells. Production of red and white blood cells, as well as platelets declines.
HGH boosts immunity through aiding in cellular reproduction as well as keeping bones strong for critical blood cell production.
Immune-Boosting Benefits of HGH for T Cells
The first way that HGH boosts immune system functions is through the production of vital T cells. We know that bone marrow provides most of the crucial blood and immune cells the body needs. Some of the white cells become lymphocytes while others become phagocytes (cells that ingest and digest bacteria and other foreign particles).
Once the body forms new lymphocytes, they will either stay in the bone marrow to finish their maturation or move to the thymus. The lymphocytes growing inside the thymus become mature T cells ready to attack infectious microorganisms that invade the body.
The way that HGH boosts immunity through T cell maturation is by ensuring the body can produce enough of these T cells to kill the body cells affected by these invading microorganisms. This function prevents infected cells from multiplying and causing illness.
HGH helps support the production of T cells that kill infected cells before they can multiply.
Immune-Boosting Benefits of HGH for B Cells
The newly formed lymphocytes that remain in the bone marrow become B cells. How does HGH boost your immune system with these B cells? The body uses these B cells to fight infectious microorganisms by manufacturing the antibodies that can combat them. If you have low HGH levels, your body may not produce enough of these vital B cells to make adequate antibodies, and the infection will spread.
As HGH boosts immunity through cellular reproduction, it enables the body to fight invading microorganisms from the inside. The body becomes stronger overall and increases the ability to prevent illness as well as recover quicker.
HGH supports the production of B cells that make antibodies to fight infectious microorganisms.
How Does HGH Help Boost Immunity for People with HIV/AIDS?
We find that human growth hormone is especially effective for people with HIV/AIDS. When there is a compromised immune system, HGH boosts immunity by increasing the amount of vital B and T cells that fight infections.
Not only does HGH work directly and indirectly (through its promotion of IGF-1 and testosterone production) on cellular regeneration, but it also helps increase the size and function of the thymus. As we age, the thymus shrinks. HGH impacts all internal organs by providing new cells to reverse shrinkage and improve functions. Human growth hormone helps to regrow the thymus to enhance T cell production.
Does HGH boost the immune system of adults at any age?
Yes, no matter a person’s age, HGH can help improve immunity. By the time a person reaches age 60, the thymus is so small that it is hard to find. The sooner a person can increase HGH levels, the better it is for the immune system. HGH production begins to decrease before most people turn 30. By age 40, the thymus is half its size. Once symptoms of HGH deficiency appear, that is the best time to act.
For more information on HGH and immunity, please contact HGH Doctor hormone clinic for a free consultation.