The Science behind "Warrior Pose"

The Science behind "Warrior Pose"

Many doctors now advise people, to look for quality complimentary products that will support immune function.

There has never been as much attention as there is today about the importance of the immune system. Everywhere you turn, “immunity” is the focus and rightly so. Your immune system needs daily support to protect your body.

All the ingredients of Warrior Pose have a positive influence on immune health.

Warrior Pose is a good example of innovation and research, providing the highest quality ingredients available. To improve the quality of life for people suffering from chronic health conditions. Our philosophy is a matter of trying to change the odds in your favour, using all available resources, traditional and alternative, physical and spiritual.

“Good health can be achieved when you choose as we did, the all-natural supplement “ Warrior Pose”

 

T-cells might be our bodies best shot at strengthening the immune system.

Now researchers are focusing on the ability of T cells, a group of immune cells that can target and destroy virus infected cells. T-cells are a very important part of the immune system and develop from stem cells in bone marrow. They are a big part in helping the body’s defensive system from being infected and may help to reduce the severity and longevity of infections.

 

Warrior Pose’s Roll

 

Warrior Pose’s roll is activating immune cells and regulating the immune response. Many supplements are known for boosting the immune system, which can over stimulate the system, but research shows that regulating or balancing the immune system as in the case of Warrior Pose, is a much better way to increase defensive immunity.

Warrior Pose gently encourages T-cell activation. Once the T-cells are mobilized their roles include directly killing infected host cells, activating other immune cells and producing signaling molecules that aid cell to cell communication in immune responses and stimulate the movement of other cells towards sites of inflammation, infection and trauma.

One of the remarkable hallmarks of our immune system is the ability to” remember” past exposure to infection. Warrior Pose encourages the release of B-cells, the amazing memory cells that protect us from future encounters with the same pathogen.

 

Cellular antioxidant protection by Warrior Pose.

Abstract

The objective of this study was to perform an assessment of the antioxidant protection provided at the cellular level by the product Warrior Pose. The CAP-e bioassay using human erythrocytes  for this testing, aimed at assessing one important aspect of bioavailability. Bioavailability was increased, an important factor in a products  ability to be more therapeutic and effective. The water-soluble and water-insoluble components of Warrior Pose were tested in parallel. The data showed a dose- dependent protection against intracellular oxidative damage, verifying that antioxidants used in Warrior Pose were able to protect living human cells from oxidative damage.

 

Dr. Gitte S. Jensen, PhD1. Immunology Research NIS Labs, Oregon, USA

The role of Plant Sterols in immune modulation

P J Bouic 1

Affiliations expand

  • PMID: 11706278

Abstract

Although plant sterols (phytosterols) were chemically described in 1922, their biological role in human and animal health has been underestimated. Their ability to control cholesterol plasma levels in hypercholesterolemia patients (people with high levels of LDL and low HDL)  was first described in 1983 when the structure of phytosterols implied that they could, inhibit the absorption of cholesterol from our diets. Over the last 15 years, however, several reports have appeared in the literature indicating that plant sterols have immunological activity as highlighted in animal models of inflammation or even in in-vitro and in-vivo models of cancer (colorectal and breast cancer). These findings were paralleled by epidemiological studies correlating the reduced risk of numerous diseases and the dietary intake of plant sterols. It is only in the last 10 years, however, that their direct immune modulatory activity on human lymphocytes has been proven and the mechanism of action in cancer cells has been elucidated. The use of phytosterols as supportive therapies in certain chronic conditions has been tested under clinical trial conditions. This review presents a summary of the in-vitro and in-vivo studies published to date.

 

Plant Sterols: A Review of Their Immune-Modulating Properties

Abstract
Plant Sterols are sterol molecules which are synthesized by plants. When humans eat plant foods phytosterols are ingested, and

are found in the serum and tissues of healthy individuals, but at concentrations orders

of magnitude lower than endogenous cholesterol. Epidemiological studies have correlated a reduced risk of numerous diseases with a diet high in fruits and vegetables, and

have concluded that specific molecules, including b-carotene, tocopherols, vitamin C,

and flavonoids, confer some of this protective benefit. However, these epidemiologic

studies have not examined the potential effect that phytosterols ingested with fruits

and vegetables might have on disease risk reduction. In animals, BSS and BSSG have

been shown to exhibit anti-inflammatory, anti-neoplastic, anti-pyretic, and immune-

modulating activity. Plant Sterols have demonstrated promising results in a number of studies, including in vitro studies, animal models, and human

clinical trials. This phytosterol complex seems to target specific T-helper lymphocytes,

the T 1 and T 2 cells, helping normalize their functioning and resulting in improved T- HH

lymphocyte and natural killer cell activity. A dampening effect on overactive antibody responses has also been seen, as well as normalization of the DHEA:cortisol ratio. The re-establishment of these immune parameters may be of help in numerous dis- ease processes relating to chronic immune-mediated abnormalities, including chronic viral infections, tuberculosis, rheumatoid arthritis, allergies, cancer, and auto-immune diseases.

(Altern Med Rev 1999;4(3):170-177)

 


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