Raisins are one of the most well known and versatile dried fruits available today. Raisins were produced in Persia and Egypt and were even mentioned in the Old Testament. It is not only tasty additions to cookies and cakes, but also provide several health benefits.
Sometimes called the ‘sunshine vitamin’ because it is found in high levels in citrus fruits, vitamin C has a uniquely regenerative role in hormone health and cancer prevention that has been overlooked for over twenty years!Continue reading →
Olives have long been known for the health benefits they supply to the human body. The olive itself and olive oil especially are useful in healthy cooking. Not to be overlooked, olive leaf Continue reading →
Breast cancer has become big business, and routine mammography is one of its primary profit centers. Mammograms deliver ionizing radiation, which is known to contribute to cancer. “New and improved” 3D tomosynthesis mammograms still require mechanical compression and expose you to Continue reading →
… that Boneset was one of most widely used medicinal plants of early America and has been used well into the 21st century to treat a variety of ailments…particularly influenza and fever? Continue reading →
While honey has recently gained a reputation as an excellent health food, there is another bee-produced product that may do even more. Propolis—a substance bees manufacture from tree sap and buds, and Continue reading →
Since the 1980s, physicians and cancer groups have regularly warned the public against the potential health dangers of direct sunlight on skin. As a result, many people have stayed out of the sunlight completely, covered their limbs even in warm weather or slathered themselves with UV protection products, all in the interest of lowering their risk of melanomas.
However, more recent findings indicate that this kind of nearly vampiric avoidance of the sun may not benefit your cancer odds after all.
A 2009 study by a group of Leeds University researchers found that higher levels of Vitamin D were linked to improved skin cancer survival odds. Other studies have found Continue reading →
LONDON – A strict diet two days a week comprising only vegetables, fruits, milk and a salty beverage could prevent breast cancer.
Women who cut back to just 650 calories a day, twice a week, had significantly lower levels of cancer-causing hormones in their blood, according to a new study.
Researchers said women at high risk of breast cancer could be put on similar diets for the rest of their lives to try to prevent tumours.
The study examined 50 overweight women aged 30 to 45 years who were at a high genetic risk of developing breast cancer as either their mother or sister had suffered from the disease, the Daily Mail reported.
For two days each week, they were limited to eating just a third of the recommended 2,000 calorie daily intake for women, the International Journal of Obesity said.
This had to include four portions of vegetables, one piece of fruit, two pints of semi-skimmed milk or green tea, a diet soft drink or a salty beverage such as a cup of hot Bovril.
For the remainder of the week, they were allowed to eat as much as they wanted, as long as they stuck to healthy food that was relatively low in fat.
After six months, scientists found that the women had far less leptin and insulin in their blood – hormones that can cause cancer.
Leptin fell by an average of 40 percent and insulin by an average of 25 percent.
The women also lost an average of 6.3 kg in weight and recorded a 15 percent drop in levels of the potentially harmful C-reactor protein, which is also known to increase the risk of breast cancer, in their blood.
Michelle Harvie, a dietician specialising in breast cancer, who led the study at the Wythenshawe Hospital in Manchester, said: “On the two-day diet you can restrict your calories far more than you would be able to if you were on a diet every single day.”
NEW YORK – American scientists have developed, what is being hailed as a “simply spectacular” treatment for skin cancer that could shrink the tumours at a “rapid and dramatic” rate in patients whose disease had spread.
The results of the drug trial are significant because skin cancer, though curable when caught early, usually become fatal when it spreads to other parts of the body.
Experts described the results as “simply spectacular” and said the drug, known at the moment only as PLX4032, could improve and extend the lives of those fighting the disease.
It is already known that around half of all malignant melanomas are fuelled by a mutation in a gene, known as Braf.
And now, for the first time, scientists have developed a drug that can interfere with this gene’s protein, cutting off the fuel supply to the tumours.
The small study, conducted on 31 patients showed that patients treated with the twice-a-day pill saw their tumours shrink rapidly and a larger trial is now needed to confirm the findings.
But the results showed that in two thirds of the 22 patients evaluated, the tumours shrank by 30 per cent in only a month.
A further six patients also saw their tumours shrink, but not by as much.
Cancer experts are excited by the findings because it means that PLX4032 could also work in other cancers triggered by the Braf mutation, which includes around five per cent of bowel cancers, accounting for 1,500 new cases a year.
In addition the drug also offers hope to the thousands of skin cancer patients who have very few treatment options once their tumours have spread.
However, experts admit the drug will not cure metastatic melanoma.
“We are very excited. So far 70 per cent of patients have responded,” The Daily Express quoted DrPaulChapman, from the Memorial Sloan-Kettering Cancer Centre in New York, which carried out the trial, as saying.
We all want the same thing out of longevity — to live a long, healthy, happy life. But when it comes to doing studies on successful aging, it gets harder to define. Sure, researchers can give surveys to people and try to assess their overall health — but how do we really know if something is improving longevity in terms of both life span and health span? Some researchers approach the concept of successful aging as “remaining free of disease and disability” while other approach it from a cellular level. Read on for some research examples of these different approaches to successful aging.
The Disease/Disability Definition: CystatinC and Aging Success
This 6-year study looked at cystatin C as a predictor of successful aging. What the heck is cystatin C? Good question. I had to look it up. CystatinC is a molecule produced by cells in the body. It is filtered out of the body by the kidneys and reabsorbed. Basically, when the kidneys are working well, levels of cystatin C remain normal. CystatinC is therefore thought to be a good measure of kidney function and (according to the study) may predict successful aging.
The study defined successful aging as remaining free of cardiovascular disease, cancer, chronic obstructed pulmonary disease (COPD) while being physically and mentally functional. 2,140 people, with an average age of 74 and free of any of the conditions just mentioned were enrolled in the study. Their cystatin C levels were taken at the beginning of the study. Overall, 873 people developed at least one of the conditions listed above (138 cognitive disability, 238 physical disability, 34 COPD and 317 cardiovascular disease). The result? People with a higher level of cystatin C (even within normal levels) were more likely to develop one of the “unsuccessful aging” conditions.
The Genetic Definition: Telomere Length and Physical Activity
Telomeres are the ends of chromosomes. Telomeres are a series of repeating DNA information that act as a buffer because the very extreme ends of chromosomes cannot be copied. Each time a cell divides, the telomeres get shorter. Eventually, when they are too short, the cell can no longer copy itself correctly. Telomere length plays an important part in aging. In this study, researchers made the following observation: We know that being physically inactive increases the risk for age-related diseases and we know that telomere length plays an important part in aging; therefore we should see differences in telomere length based on physical activity level. To find out, researchers had to enroll sets of identical twins (because identical twins have the same DNA and can be compared easily). They enrolled 2,401 twins and gave them a survey on physical activity, smoking and other risk factors. They also took samples of leukocyte (white blood cells) and looked at the telomere length. Physical activity was linked to longer telomere lengths in the study. In fact, the most active subjects’ telomeres were 200 nucleotides longer (nucleotides are the stuff DNA is made of). What does it mean? Lifestyle can change our very DNA and accelerate aging.
Successful Aging and You
For most of us, defining successful aging as being free of disease and disability is probably good enough, through I particularly find it striking how lifestyle gets into your very DNA. What to do? Use this research to motivate yourself to focus on the three pillars of wellness:
By improving nutrition, increasing exercise and reducing stress you can slow down your body’s rate of aging and help prevent diseases and disabilities.
NEW YORK – Scientists at Memorial Sloan-Kettering Cancer Centre in New York City have found out why some women suffer relapses years after beating breast cancer.
Leading oncologist Dr. LarryNorton has revealed that breast cancer cells have the unique ability to lie dormant for years, even after the original tumor has been removed.
In a novel study, the researchers have found a genetic switch, called Src, that triggers dormant breast cancer cells.
“Wandering cells might relocate to the primary site just as they could – by using the same biological toolbox – locate to a distant site,” the Daily Express quoted Norton as saying.
“It’s just as a weed-bed overgrows and destroys a garden and then scatters its tiny seeds to invade neighboring gardens.
“Our results should encourage cancer specialists to think about further study of Src inhibitor drugs that attack reservoirs of these ‘wandering’ latent cancer cells and prevent spread of the disease in breast cancer patients after the tumour has been removed,” he added.
Dr. HelenGeorge, Cancer Research UK’s head of science information, said: “This research is important because it offers an explanation of why some breast cancers can spread and return.
NOTE: CANCER CANNOT SURVIVE IN AN OXYGENATED AND ALKALINE ENVIRONMENT. SEE POSTS FOR BI-CARBONATE AND L-ARGININE AND THE BUDWIG PROTOCOL