Migraine headaches are often debilitating with their intensity. They also often have other symptoms to accompany the painful head throbbing, Continue reading
Many people are deeply concerned about the condition of their hair, and will do almost anything to prevent further hair loss or to re-grow hair. There are a variety of pharmaceutical products that claim to promote hair growth and prevent thinning hair; however, they can cause dangerous side effects and often don’t work. Herbal treatments have been used for centuries to treat the scalp and hair, and many are effective in the prevention of baldness and even in restoring hair pigment to its original color.
Much hair loss and baldness is related to genetics; however, other factors may play a role such as hormonal problems, poor nutrition, medication, chemotherapy and thyroid disease. Try some of these alternatives to help restore your hair and slow down the hair loss problem.
Rich in antioxidants, Ginkgo provides increased blood flow to the hair follicles in the scalp, strengthening and stimulating the hair shaft. Continue reading
White willow bark is a tree native to Europe and Asia. The name “white willow” comes from the color of the leaves, which are covered with fine white hairs.
The use of white willow bark medicinally goes far back. Ancient Egyptians used white willow for inflammation. The Greek physician
In 1829, scientists in Europe identified what was believed to be the active ingredient in white willow bark—a compound called salicin. Public demand grew rapidly.
Extracting salicin from herbs was considered to be expensive and time-consuming, so a synthetic salicylic acid version was developed in Germany in 1852 and quickly became the treatment of choice (salicin is converted in the body to salicylic acid).
The problem was that it was harder on the stomach. At therapeutic doses, people using the synthetic salicyclic acid developed stomach ulcers and bleeding.
The German company Bayer eventually created a synthetic, less harsh derivative of salicylic acid, called acetylsalicylic acid (ASA), and mass-produced it under the name aspirin. Despite this, aspirin is still known for irritating the stomach lining.
Why do people use white willow bark?
White willow bark is used for conditions that cause pain, inflammation, or fever, such as:
* Acute back pain
* Joint pain
People take white willow bark instead of aspirin because it does not appear to be as irritating to the stomach lining. It may be because the salicin found naturally in white willow bark is only converted to the acid form after it is absorbed by the stomach.
Researchers have also suggested that white willow bark is more effective than aspirin because of other active compounds that are found in the bark but not the drug. Animal research at Cairo University compared a willow bark extract to ASA and found that a willow bark extract was as effective as aspirin in reducing inflammation, even though the salicin content was lower than an equivalent dose of ASA.
What research has been done on white willow bark?
* In a German study, the effectiveness of a willow bark extract providing 240 mg of salicin a day was compared to placebo in a 2-week randomized controlled trial in 78 people with osteoarthritis. After two weeks, the willow bark patients’ pain scores were reduced by 14% compared to the placebo group, which had a 2% increase in pain scores.
* A randomized controlled trial published in the American Journal of Medicine examined the use of 120 mg or 240 mg salicin or placebo in 210 patients with an low back pain. In the fourth and final week of the study, 39% of the group taking 240 mg salicin were pain-free for at least 5 days, compared to 21% in the 120 mg group and only 6% in the placebo group.
* Two randomized controlled 6-week trials investigated the effectiveness and safety of willow bark in 127 patients with hip and/or knee osteoarthritis and 26 patients with rheumatoid arthritis. In the osteoarthritis trial, patients received either willow bark providing 240 mg of salicin a day, 100 mg a day of the drug diclofenac, or a placebo. Patients in the rheumatoid arthritis trial received either willow bark or a placebo. The results found that the drug diclofenac was more effective than placebo in osteoarthritis patients but white willow bark was not. In rheumatoid arthritis patients, willow bark wasn’t found to be more effective than placebo.
Studies have used white willow bark extracts that provide 120 mg to 240 mg of salicin per day.
Because white willow bark contains salicylates, the same precautions as aspirin should be taken until research has shown otherwise. The following people should not take white willow bark:
* People with an aspirin allergy or sensitivity. There has been a published report of a 25 year old woman who was admitted to emergency with anaphylaxis after taking 2 capsules of a weight loss supplement that contained willow bark. The patient had a history of allergy to acetylsalicylic acid. No other possible causes for anaphylaxis were identified in that patient.
* People with peptic ulcer disease or kidney disease.
* The herbs ginkgo, vitamin E, and garlic may increase the risk of bleeding if combined with white willow.
* People with hyperuricemia, gout, and asthma.
* Children and teenagers, especially with flu-like symptoms, chicken pox, or Reye’s syndrome.
* Pregnant or nursing women.
White willow bark should be avoided two weeks before or after surgery.
There have been few reported side effects. However, the same side effects as aspirin may theoretically occur, especially at higher doses: ringing in the ears, ulcers, stomach burning, pain, cramping, nausea, gastrointestinal bleeding and liver toxicity, rash, dizziness, and kidney impairment.
Our circulatory system is made up of a complex web of arteries and veins. Our arteries carry oxygen rich blood to the cells of our bodies, while the veins are designed to pump oxygen poor blood back to the heart.
This is accomplished through a series of one-way valves that do not allow blood to flow backwards into the vein. When someone suffers from varicose veins, the one-way valves of their veins do not close adequately, resulting in the inefficient transport of blood back to the heart. This causes the blood to flow backward within the vein, creating pressure and causing the vein to become swollen and distended.
While rather benign, this health condition affects about 15% of all adults worldwide. Most people recognize varicose veins because of their knotted, twisted, swollen and often bluish of these veins. In addition to any cosmetic concerns they may pose, these veins can cause discomfort in the form of dull nagging aches and pains, night cramps, ankle swelling, feelings of burning or leg fatigue after prolonged standing.
There are a number of factors that play a part in the development of varicose veins including heredity, gender, lifestyle, occupation and age. They are also known to form during pregnancy due to the dilating effect progesterone has on the veins. Because they are associated with lack of circulation, the formation of varicose veins is more common in people who sit or stand in one position for long periods of time, habitually sit with their legs crossed and those who lack regular exercise.
Wellness for Varicose Veins
- Avoid standing for prolonged periods of time. If this is unavoidable, move your legs often. Stretching and flexing your ankle will work to pump the blood out of your legs and get it circulating again.
- If you find yourself sitting for extended periods of time, get up and move around every 35 to 45 minutes.
- Take regular walks to help exercise the muscles of the legs and increase blood flow.
- Avoid clothing that may restrict blood flow.
- Keep your weight down. This can help to reduce pressure on your legs.
- To help prevent leg and ankle swelling, reduce your salt intake.
- Elevate your legs whenever possible especially when sitting.
- Topically, witch hazel can be applied to the legs to ease discomfort.
- Butcher’s Broom has historically been used when dealing with circulatory ailments such as varicose veins.
- Supplements such as ginkgo biloba, gotu kola or capsicum have been shown to improve circulation.
- Coenzyme Q10 also improved tissue oxygenation and increases circulation.
- Vitamin C with bioflavonoids and rutin can help this condition by reducing blood clotting tendencies, promoting healing and helping to strengthen the blood vessels.
- White oak bark can be used to help reduce inflammation of the veins as well as to tighten tissues and strengthen blood vessels.
- Essential fatty acids such as omega 3 or flax seed oil can help to reduce the pain and inflammation associated with varicose veins.
KOREA – Extracts from the leaves of the Gingko biloba tree may protect cells from radiation, say Korean scientists.
The discovery some day may help reduce side effects in cancer patients undergoing radiotherapy treatment.
Researchers at the Korean Institute of Radiological and Medical Sciences are studying the effects of popular herbal remedies such as Gingko biloba. The Gingko tree is different from many herbal remedies because it is a unique species with no living relatives and is a popular example of a living fossil.
It has been used in traditional Chinese medicine for thousands of years. G. biloba is sold as a herbal supplement and promoted as a possible preventive for dementia.
Extracts from Gingko biloba leaves contain the compounds glycosides and terpenoids, antioxidants known as ginkgolides and bilobalides. Antioxidants are believed to protect cells from damage free radicals can cause. The body produces free radicals during the normal process of metabolism, but some diseases as well as pollution and radiation can increase their production tremendously, damaging cells and DNA.
Chang-Mo Kang and his colleagues collected white blood cells of healthy people ages 18 to 50. They treated half with a commercially available G. biloba extract and the other half with a saline solution. Then they compared the effects of radiation on the two groups of cells.
They discovered that 1 in 3 of the untreated cells died, while only 1 in 20 of the cells treated with the Gingko biloba extract died. Additional studies with mice showed a similar protective effect against radiation poisoning.
Kang’s research suggests that Gingko biloba extracts can neutralize free radicals radiation produces and prevent healthy cells from dying.