Blogs

Thank you for responding and acquiescing my blog and request. Thank you in advance for doing everything that you are able to help me during this time of great change. I need a sponsor/scholarship/grant to gain more tools for my personal healing.

I want to learn to access The Body Code spiritual technology by Dr. Bradley Nelson

The Body Code by Dr. Bradley Nelson

Did You Know...

... that a weed called wild tomatillo has been shown to halt and even dissolve aggressive cancer tumors?

Recently, researchers from the University of Kansas were honored for discovering the remarkable cancer-fighting properties of the wild tomatillo (Physalis longifolia). This humble member of the nightshade family is a weed you might easily spot in your own yard if you live in the Midwest, where it grows abundantly (as it does in several other areas of North America).

Historians have documented a long history of medicinal use of wild tomatillo by numerous Native American tribes. The Omaha, Ponca, and Winnebago tribes used wild tomatillo to treat headache and stomachache and to dress injuries. The Iroquois used it against sexually transmitted diseases, and the Lakota tribe used it to enhance appetite.

Soon, this powerhouse plant could transform the way conventional doctors treat cancer. That's because it contains a minimum of 14 potent anti-cancer compounds that have demonstrated the ability to halt and even dissolve aggressive tumors in animals.

The Discovery of Wild Tomatillo

A scientist by the name of Barbara Timmerman pioneered the exciting research of wild tomatillo. Timmerman—a medicinal chemist and co-director of Kansas University's Native Medicinal Plant Research program—was leading a bio-prospecting project in South America in the 1990s when her professional curiosity led her to a remarkable "accidental" discovery.

Timmerman had originally intended to investigate a medicinal plant native to the region of South America where the bio-prospecting project was located. Ultimately, however, Timmerman had to abandon the research due to the high expense and complex logistics related to travel and other factors.

Instead, Timmerman decided to search for related plant species closer to home. She partnered with another scientist—Kelly Kindscher of the Kansas Biological Survey—and together, the two began scouring the American Midwest.

"Our research led us to Physalis longifolia, which is a fairly common plant throughout the Midwest," says Timmerman. "And from there, we discovered not only the molecule we were seeking, but also the 14 new compounds, most of which have turned out to be even more potent than the original one we were looking for. Discovery is a beautiful thing when it happens like that."

Wild Tomatillo Dissolves Aggressive Tumors in Animal Studies

Dr. Mark Cohen is a surgical oncologist and translational clinician scientist at the Kansas University Medical Center. He collaborated with Timmerman and Kindscher in conducting the lab research that pinpointed the 14 anti-cancer compounds contained in wild tomatillo.

Animal trials have already shown that the compounds (known as withanolides) are capable of both fighting and killing cancer cells. In test mice fed wild tomatillo, aggressive tumors shrank quickly and dramatically. Some of the tumors actually dissolved completely. And none of the mice displayed signs of side effects or toxicity from the treatment.

Tomatillo's cancer-fighting compounds target a wide range of cancers, including...

Melanomas
Thyroid cancer
Head and neck squamous cell cancer
Breast cancer
Glioblastoma brain tumors
Esophageal cancer
Pancreatic cancer
Certain leukemias

Award-Winning Research Breakthrough

The anti-cancer discoveries documented by Timmerman are so significant that the she and her team were honored recently at the highly exclusive University Research & Entrepreneurship Symposium in Cambridge, Massachusetts.

"We're excited by the preliminary results," says Timmerman. "While our research is still in the early stages, we're optimistic that some of these 14 molecules could lead to new plant-based drugs or dietary supplements."

Availability and Use of Wild Tomatillo

Because this research is in such early stages, it is still challenging to find commercial products containing extracts of wild tomatillo. However, that will likely change soon now that Timmerman's research has been showcased at the prestigious University Research & Entrepreneurship Symposium in Cambridge. The Symposium attracts investors and venture capitalists specifically seeking promising new treatments to support and develop.

As research on wild tomatillo continues, we might expect to find tomatillo extracts available for purchase in the near future.

Help fight cancer, study finds

Tuesday, May 08, 2012 by: Ethan A. Huff, staff writer
(NaturalNews) A multidisciplinary research team from theUniversity of Kansas(KU) has made a pioneering discovery in the realm of natural, plant-based cancer treatments. Preliminary findings published in theJournal of Natural Products(JNP) reveal that wild tomatillo (Physalis longifolia), a weed commonly found throughout the midwestern Great Plains and in other areas of North America, possesses at least 14 unique anti-cancer compounds that could one day change the way doctors approach cancer treatment.

 
During a bioprospecting project in South America back in the 1990s, Barbara Timmermann, a medicinal chemist and co-director of KU’sNative Medicinal Plant Research Program, made an interesting discovery. A plant native to that particular region turned out to contain anti-cancer compounds, which prompted Timmermann, whose work involves identifying plants with medicinal properties, to search out ways to investigate it further.

 
But because of cost, distance, and other physical and financial barriers, Timmermann was never able to return to South America to perform the necessary analyses and finish her research. So she reportedly joined up with Kelly Kindscher, a senior scientist at theKansas Biological Survey, to look for similar plants in the American Midwest. And much to their surprise, wild tomatillo turned out not only to contain the compound in question, but also to possess even more anti-cancer compounds than the original South American plant.

 
“Our research led us toPhysalis longifolia, which is a fairly common plant throughout the Midwest,” said Timmerman. “And from there, we discovered not only the molecule we were seeking, but also the 14 new compounds, most of which have turned out to be even more potent than the original one we were looking for. Discovery is a beautiful thing when it happens like that.”

Animal trials show wild tomatillo can effectively mitigate, cure cancer
After first identifying wild tomatillo, Timmerman and Kindscher sought the help of Dr. Mark Cohen, a surgical oncologist and translational clinician scientist at the KUMedical Center, to analyze the plant.

The three successfully identified the 14 compounds in question, known aswithanolides, which in animal trials have already been shown to both fight and eradicate cancer cells.

 
According to Dr. Cohen’s laboratory analysis, these 14 compounds target melanomas, thyroid cancer, head and neck squamous cell cancer, breast cancer, glioblastoma brain tumors, esophageal cancer, pancreatic cancer, and certain leukemias. When fed wild tomatillo, test mice with these and other cancers saw their tumors shrink drastically, and in some cases even completely dissolve, without any negative side effects or noticeable toxicity.

 
The breakthrough findings are so significant, in fact, that Timmerman and her team’s work was featured at the recentUniversity Research & Entrepreneurship Symposiumin Cambridge, Massachusetts. The event is an exclusive, invite-only showcase of the nation’s most promising new university-based technologies for industry leaders, venture capitalists, and entrepreneurs (http://www.universitysymposium.com/).

 
“We’re excited by the preliminary results,” added Timmermann. “While our research is still in the early stages, we’re optimistic that some of these 14 molecules could lead to new plant-based drugs or dietary supplements.”

 
Currently, wild tomatillo extracts, powders, and supplements are not widely or commercially available to the public. But as research on wild tomatillo continues to emerge, it is expected that wild tomatillo products might soon hit the market in the form of all-natural, food-based supplements.

 
Sources for this article include:
http://medicalxpress.com
http://indiancountrytodaymedianetwork.com
Learn more:http://www.naturalnews.com/035799_cancer_tomatillo_weeds.html#ixzz1uITuSGV2

EU bans naked body scanners because of cancer risk, US continues to coerce travelers through them

(NaturalNews) The European Commission has issued new guidelines for the use of naked body scanners at European airports. Only scanners that use millimeter wave technology, a type of low-energy radio wave that does not cause radioactive damage, will be permitted for use in the EU -- the backscatter X-ray variety commonly used in the US will be off limits due to safety concerns.

Unlike the US Transportation Security Administration (TSA), which continues to insist that the backscatter machines are safe, EU regulators have admitted that this is not the case. Not only are these ionizing radiation machines now restricted throughout Europe, but the use of even millimeter wave machines also continues to remain optional for nation states that choose to use them.

"In order not to risk jeopardizing citizens' health and safety, only security scanners which do not use X-ray technology are added to the list of authorised methods for passenger screening at EU airports," says the commission's press release announcement. "All other technologies, such as that used for mobiles (sic) phones and others, can be used provided that they comply with EU security standards."

This approach to public safety is a far cry from the one US regulators are taking. Even though backscatter X-ray machines are not at all necessary, the TSA, under the umbrella of the US Department of Homeland Security (DHS), continues to bend over backwards in support of the machines, even when this includes openly denying the fact that they can cause cancer (http://www.naturalnews.com/030607_n...).

One would think that the US, which is supposed to be the "land of the free," would be more likely than the EU, which is largely socialist, to protect its citizens from cancer-causing radioactive devices. But not only does the EU not force its citizens to go through naked body scanners like the US does, but it has also now taken a proactive approach to protecting citizens' health by banning these radioactive devices from airports.

Most Americans seem to have no problem complying with unconstitutional mandates to walk through radioactive naked body scanners -- in fact, many still think the procedure is done for their own safety.

And as long as the population at large continues to accept this tyranny in the name of safety and security, freedom and liberty will continue to rapidly disappear at the hands of the nation's rogue federal government.

Learn more: http://www.naturalnews.com/034213_airport_scanners_cancer_risk.html#ixzz1eZ7g0y00

UK scientists develop new test for prostate cancer
More accurate and cheaper than existing methods
© Alexander Raths - Fotolia.com Thu 14 Oct, 2010

A team of UK scientists has developed a new method to test for the presence of prostate cancer which is twice as accurate as the existing method.


Current prostate cancer detection

When doctors screen for prostate cancer, they take a blood sample which is tested for the level of the protein prostate specific antigen (PSA), which is the most abundant protein in semen. Men with prostate cancer typically have higher levels of PSA. But other factors can result in high PSA, such as infection or a non-cancerous tumour. In fact two out of three men with raised PSA levels do NOT have prostate cancer.

Crucially, the test can only detect the possible existence of prostate cancer - it cannot be used to predict the possibility of the man developing the disease in the future.

Therefore the current test has poor reliability, and is difficult and expensive to use. This has prevented the introduction of a national screening program for prostate cancer. As prostate cancer is the most common form of cancer in men, causing 10,000 deaths each year, screening for the disease to allow early diagnosis and treatment could save many lives.

About the new test

The team, from the Cancer Research UK Cambridge Research Institute and The Institute of Cancer Research, looked at the second most common protein in semen, microseminoprotein-beta (MSMB). Levels of this protein are in fact reduced in cases of prostate cancer. This reduction is linked to a genetic "marker" which is a good predictor for prostate cancer risk. Importantly, MSMB is secreted into the urine from semen, so a simple urine test can be used to measure its level.

Furthermore MSMB levels do not seem to be affected by an enlarged prostate or by hormone levels - both major drawbacks with the current test.

Lead author Dr Hayley Whitaker said: "We looked in tissue and urine from over 350 men with and without prostate cancer to find out how much MSMB they had. We then looked to see who had the genetic change. It was really exciting to find out that the genetic change and the amount of protein were linked."

Co-author Professor Rosalind Eeles explained: "Our studies have shown that men with a small change in their MSMB gene are at a higher risk of prostate cancer, and so we are very excited that there may be a simple test for this genetic change."

Additional work is now required to develop the test into a viable testing kit. The researchers suggest that the price could be as low as £5 or £6 per test - a third less than the current PSA test.
The research is published in PLoS ONE.

All about prostate cancer

All about prostate cancer - kewego

A potentially killer disease - facts, figures and symptoms

Prostate cancer kills 1 man every hour in the UK - so don't be one of them - know the symptoms, and then report to your doctor!

One in twelve men in the UK will develop prostate cancer - but 60% of men don't know the symptoms of this potentially killer disease.

Symptoms of prostate cancer

One of the problems with prostate cancer is that in its early stages it often does not cause any obvious symptoms. When they do occur they may include any of the following:

• Needing to rush to the loo to wee.
• Passing urine more often, daytime and/or night-time
• Slow at getting the flow or urine started
• Weaker flow of urine
• Starting and stopping whilst passing urine
• Discomfort (pain or burning) whilst peeing
• Feeling of not having emptied the bladder fully
• Dribbling after you've finished peeing
• Blood in urine or semen
• Pain or stiffness in the back, hips or pelvis

Many of these symptoms can be due to just simple enlargement of the prostate, which occurs as men get older. This is not cancer and is called Benign Prostatic Hypertrophy (BPH) - 'benign' meaning non-cancerous, 'prostatic' meaning relating to the prostate, and 'hypertrophy' just means enlargement.

If you're a man over the age of 40 with any of the above symptoms, don't put it down to just getting older - tell your GP!

and the water boiled in a microwave. She was thinking that

the structure or energy of the water may be compromised by

microwave. As it turned out, even she was amazed at the

difference.

I have known for years that the problem with microwaved

anything is not the radiation people used to worry about, it's

how it corrupts the DNA in the food so the body can not

recognize it. So the body wraps it in fat cells to protect itself

from the dead food or it eliminates it fast. Think of all the

Mothers heating up milk in these "Safe" appliances. What

about the nurse in Canada that warmed up blood for a

transfusion patient and accidentally killed them when the

blood went in dead. But the makers say it's safe. Never mind

then, keep using them. Ask your Doctor I am sure they will

say it's safe too. Proof is in the pictures of living plants dying.

Remember You are also Living. Take Care.

FORENSIC RESEARCH DOCUMENT

Prepared By: William P. Kopp
A. R. E. C.. Research Operations
TO61-7R10/10- 77F05
RELEASE PRIORITY: CLASS I ROO1a
Ten Reasons to Throw out your Microwave Oven
From the conclusions of the Swiss, Russian and German scientific clinical studies, we can no longer ignore the microwave oven sitting in our kitchens. Based on this research, we will conclude this article with the following:

1). Continually eating food processed from a microwave oven

causes long term - permanent - brain damage by "shorting

out" electrical impulses in the brain [de-polarizing or

de-magnetizing the brain tissue].

2). The human body cannot metabolize [break down] the

unknown by-products created in microwaved food..

3). Male and female hormone production is shut down

and/or altered by continually eating microwaved foods.

4). The effects of microwaved food by-products are residual

[long term, permanent] within the human body.

5). Minerals, vitamins, and nutrients of all microwaved food

is reduced or altered so that the human body gets little or no

benefit, or the human body absorbs altered compounds that

cannot be broken down.

6). The minerals in vegetables are altered into cancerous free

radicals when cooked in microwave ovens.

7). Microwaved foods cause stomach and intestinal cancerous

growths [tumors]. This may explain the rapidly increased

rate of colon cancer in America ..

8). The prolonged eating of microwaved foods causes

cancerous cells to increase in human blood.

9). Continual ingestion of microwaved food causes immune

system deficiencies through lymph gland and blood serum

alterations.

10). Eating microwaved food causes loss of memory,

concentration, emotional instability, and a decrease of

intelligence.

Have you tossed out your microwave oven yet?

After you throw out your microwave you can use a toaster oven as a replacement. It works well for most and is nearly as quick.

Possible breakthrough in skin cancer treatment

Cancer cells induced to 'eat themselves'

Cases of deadly skin cancer, also known as melanoma, are increasing at alarming rates in the UK - it is now the biggest killer of women in their twenties as we reported here.

When advanced melanoma does not respond to either chemotherapy or immunotherapy, and cannot be treated with surgery, the survival rate is usually very low.

But Spanish scientists have discovered an unexpected vulnerability in melanoma cells that can cause them to effectively eat themselves, known as autophagy.

The processes involved are complex and not fully understood. Previous research has shown that autophagy can play a part in both the halting and the spread of cancer cells.

Normal healthy animal cells are able to recognize and respond to invading viruses. Animal cells, including humans', contain single strands of RNA (ssRNA). In viruses, the RNA is double stranded (dsRNA). This allows human cells to identify the cells containing virus and recognise it as a threat.

In the new study, scientists found that melanoma cells still retain the ability to recognize and respond to dsRNA, raising the possibility that if introduced into melanoma cells, they could be fooled into attacking themselves.

By introducing a chemical designed to mimic dsRNA into the melanoma cells, they were able to stimulate melanoma cells to digest themselves. But the scientists noted that the manner in which the chemical mimic was added to the cells was critical to the success of the process.

Encouragingly, when tested on mice the process resulted in "significant anti-melanoma activity...without notable side effects" according to Dr. Maria S. Soengas, who authored the study which appears in the August edition of the journal Cancer Cell.

At this stage it is too early to say if this process will be of benefit in human cases, but it does represent an exciting new avenue for further research.

SIX Natural Cures for Cancer?

https://www.youtube.com/watch?v=pEGKT6UqzFs

1- Sodium bicarbonate, a natural way to treat the cancer


https://www.youtube.com/watch?v=npgyZMaewuE