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Search Term: " HIV-1 "
HIV-1 people can boost their immune system with Korean red ginseng   
Date:
February 11, 2019 11:11 AM
Korean red ginseng may have critically important for people infected by HIV. HIV, which weakens the immune system by targeting T helper cells, can be controlled by antiretrovirals, but these can grow less effective over time. Patients who consumed Korean red ginseng had slower annual loss of T helper cells, and these patients had a longer survival duration as a result. Dosage levels had no real impact, but taking Korean red ginseng for longer periods of time enhanced the benefits. Key Takeaways:
"The herb displays anti-inflammatory activity and helps manage the immune system. It also contains saponins that exert adjuvant actions against inflammatory disease." Read more: https://www.naturalnews.com/2019-01-05-hiv-1-people-can-boost-their-immune-system-with-korean-red-ginseng.html
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=6015) What is Red Marine Algae And What Are Its Health Benefits? 
Date:
June 01, 2011 04:21 PM
Red Marine Algae And Your Health.Red marine algae refer to a large group of seaweeds that contain phycobiliproteins, which give them their red coloration. They are simple organisms in that they do not have complex tissues in contrast with terrestrial plants. Many species of red marine algae plays an important role in the formation of coral reefs as they secrete calcium carbonate as well as provide nutrition for other marine species. Like plants, they are capable of making their own food by way of photosynthesis. And like most other seaweeds, they are excellent sources of vitamins, minerals, and other healthy organic compounds. Scientific Classification Rhodophyta is the taxonomic classification of all red marine algae. It is oftentimes considered a part of the plant kingdom, but more recent definitions of plant suggest red algae belong to a kingdom of their own. Rhodophyta is one of the largest groups of algae, second only to green algae. It consists of up to 6000 aquatic species that are widely distributed in the tropical, temperate, and even frigid zones. These species usually take up residence along the coastal regions and significantly contribute to the distribution, abundance, and ecology of organisms found in the extended perimeter of each continent. Historical Uses Seaweeds have become a part of the staple diet of many communities throughout history, and red marine algae are one of the best sources of human nutrition among all seaweeds. For thousands of years, different species of red algae have enjoyed significant presence in cuisines from all over the world. It is often consumed uncooked or added to salads. It is also an important ingredient in soups and stews. Ocean farmers have learned different techniques of domesticating crops of algae, and cultivation has been the solution to the growing demand of red marine algae in the past few decades. Industrial Applications Red marine algae have steadily grown in economic value since the 20th century. In addition to their historical culinary uses, their application now extends to medical science. Several organic compounds have been isolated from different species of red marine algae are now in wide use in the food and drug industries. For example, gelatinous substances are derived from agarophytes, any species of seaweeds that belong to rhodophyta. These substances are used in the production of beer, food preserves, ice cream as well as papers, fabrics, lubricants, and other personal care products. Medicinal Value Red marine algae have a special place in antiviral research. Many species are now identified to contain organic compounds that are of medicinal value against several viruses. Decades-long studies have come to a conclusion that sulfated polysaccharides derived from red marine algae have an inhibitory effect on replication of herpes simplex virus (HSV). There is good evidence that one class of sulfated polysaccharides called carrageenan offer some protection against transmission of herpes. Furthermore, recent studies have revealed that sulfated polysaccharides are potent inhibitors of HIV-1 in cell culture. Red marine algae is an excellent source of nutrients found in the sea. Get some red marine algae and reap the benefits of this nutrient rich food today!
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2316) Aloe Vera
Date:
April 08, 2009 07:59 PM
There have been few herbs throughout history that have been valued as highly as the aloe vera plant. Aloe vera has been used for thousands of years because of its medicinal value and therapeutic benefits. Today, it is widely used and cultivated all over the world. The aloe vera plant is a member of the lily family. However, it looks much more like a cactus plant. This perennial produces yellow flowers and has tough, stiff, spiny, and triangular leaves. This plant may grow up to twenty inches long and five inches across, while the leaves grow in a rosette with three layers. Historically, aloe has been used by many people. This includes the Egyptians, Greeks, Romans, Hebrews, Chinese, Indians, Algerians, Moroccans, Tunisians, and Arabians. Records of folklore have indicated many medicinal uses of aloe, with recent research adding validity to the many beneficial uses of the aloe plant. Traditionally, aloe vera has been used to treat wounds, frostbite, burns, radiation burns, and external pain. This herb also aids in digestion and combats constipation, inflammation, ulcers, kidney stones, and tissue damage from X-ray exposure and other forms of radiation. Aloe vera can prevent scarring and heal minor scars because it contains enzymes, saponins, hormones, and amino acids that can be absorbed into the skin. Aloe vera can also promote the growth of living cells. Aloe contains many substances that are referred to as uronic acids. These uronic acids are natural detoxicants which take part in the healing process by stripping toxic materials of their harmful effects. Aloe vera is best known for its soothing and external healing effect on burns, wounds, and rashes. According to modern research, when aloe is applied externally, it can help speed healing and restore skin tissue. This is primarily because of the plant’s moisturizing effects. Aloe is easily absorbed into the skin, preventing the air from drying damaged skin tissue and helping to relieve the pain that is associated with both burns and wounds. Many studies have found the positive effects that are linked to the use of aloe juice in the digestive process. Used in the digestive process, this herb can treat stomach disorders, ulcers, colitis, constipation, and other colon-related problems. Aloe can also help to soothe, reduce inflammation, and heal the digestive tract. One study found that ulcer patients can be completely healed with the use of aloe juice just as effectively as anti-ulcer drugs and without the chance of toxic side effects. Aloe gel is made up of acemannan, which is a complex carbohydrate that possesses immune-stimulating and antiviral properties. The acemannan in aloe has shown antiviral activity against HIV-1, as it inhibits the reproduction of HIV-1. Aloe gel has also been found to be effective in fighting the spread of some viruses, like herpes, measles, and rhinotracheitis. The primary applications of aloe vera are to treat insect bites, burns and scalds, hemorrhoids, body odor, gastric disorders, and scar tissues. However, aloe vera has also been shown to be extremely beneficial in dealing with abrasions, acne, anemia, constipation, heartburn, poison ivy/oak, psoriasis, ringworm, sores, sunburn, tapeworm, tuberculosis, wrinkles, leg ulcers, and peptic ulcers. Aloe vera is available in capsule, tablet, liquid and powder forms. Always purchase a liquid form to ensure freshness. When looking to purchase this product, always stick to name brands that you can find in your local or internet health food store. *Statements contained herein have not been evaluated by the Food and Drug Administration. Aloe vera is not intended to diagnose, treat and cure or prevent disease. Always consult with your professional health care provider before changing any medication or adding Vitamins to medications.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1989) St. John’s Wort and HIV suppression
Date:
December 15, 2005 10:55 AM
St. John’s Wort and HIV suppression A study published online in Oct. 27th issue of Gene Therapy found that protein extracted from St. John’s wort (Hypericum perforatum) suppresses HIV-1 expression and inhibits its replication. Kamel Khalili, Ph.D., and researchers at Temple University school of Medicine’s department of neuroscience and Center for Neurovirology made the discovery while studying the effect of St. John’s wort extracts on cell growth and the behavior of brain cells in vitro. However, the researchers caution that the protein studied (named p27SJ) may not be present in the St.John’s wort available in supplement form. “We don’t know yet how we have to deliver the protein to cells infected with HIV-1,” Khalili said. “Even if the protein were present in the tablets, we don’t know how much might be present and whether the protein would be effective when ingested.”
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1015) ANTIVIRAL PROPERTIES OF ST. JOHN'S WORT 
Date:
July 15, 2005 09:25 AM
ANTIVIRAL PROPERTIES OF ST. JOHN'S WORT As stated previously, hypericin has recently gained much of the medical world’s respect as an antiviral agent, with activity against a broad range of enveloped viruses and retroviruses. The effective virucidal activity emanates from a com-bination of photodynamic and lipophilic properties. A recent article in the journal Transfusion details exactly how hypericin works in inhibiting viral activity among cells: Hypericin binds cell membranes (and, by inference, virus membranes) and crosslinks virus capsid proteins. This action results in a loss of infectivity and an inability to retrieve the reverse transcriptase enzymatic activity from the virion.14 Another recent study, carried out in 1991, focused on hypericin’s ability to inhibit virus activity, more specifically, in the murine cytomegalovirus (MCMV), Sindbis virus, and human immunodeficiency virus type 1 (HIV-1). The Sindbis virus was significantly more sensitive than the MCMV virus. The inactivated MCMV, when used to infect cells, was incapable of synthesizing early or late viral antigens. In addition to the direct virucidal effect, when hypericin was added to cells infected with viable MCMV, inhibition was also observed, particularly when the compound was added in the first two hours of infection. The researchers also indicated that the effect was aided significantly by visible light, pointing again to the plant’s photodynamic property. The study states that hypericin appears to have two modes of antiviral activity: “. . . one directed at the virions, possibly on membrane components, and the other directed at virusinfected cells. Both activities are substantially enhanced by light.”15 And there are other viruses that fall under St. John’s wort’s antiviral blanket. Contemporary research points to the equine infectious anemia virus, the lentivirus, the Sindbid virus, the radiation leukemia virus, and most importantly, the human immunodeficiency virus (HIV).
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