This Ancient Remedy “Treats All Diseases” HIV, Diabetes, Cancer, Stroke, STDs, Arthritis

Black seed oil (also called black cumin seed or Nigella sativa) has been scientifically proved to be an incredible anti- cancer treatment in animal studies, and its effect can be applied in the case of several cancer types.
This beneficial herb grows in countries bordering the Mediterranean Sea and India, and Thymoquinone is its most popular active ingredient.
Namely, this oil and its extract thymoquinone are amazing in the treatment of numerous different inflammatory issues, as well as in the case of various types of cancer, including cervical cancer, breast cancer, brain cancer, liver cancer, prostate cancer, bone cancer, lymphoma, stomach cancer, colon cancer, melanoma skin cancer, and pancreatic cancer. Black cumin seed oil prevents cancer cell activity and is able to different cancer cells types.
The positive effects of the black seed oil have been confirmed in numerous studies conducted in the past several decades, and it has been also found that there are only small risks of negative side- effects. Yet, researchers have rarely elevated their work to a higher level, that is, to human clinical testing.
This article will discuss the findings of numerous studies which have pointed out that this oil is extremely beneficial in preventing and treating different cancer types.
However, conventional medicine still hasn’t approved it as a useful treatment. There are a few issues linked to this problem, as some political pressures which postpone clinical research with human cancer patients, and drug companies which would normally not benefit from this oil, and would rather sup Continue reading

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Major breakthrough in type 1 diabetes

Last week Harvard researchers announced a major breakthrough regarding type-1 diabetes treatment.
For the first time ever, scientists were able to make insulin-producing beta cells from human embryonic stem cells. Moreover, they were able to make enough in quantity needed for cell transportation and pharmaceutical use.
According to Elaine Fuchs, the Rebecca C. Lancefield Professor at Rockefeller University, and a Howard Hughes Medical Institute Investigator who was not involved in the work, the findings represent one of the most important advances ever made in stem-cell research.
"For decades, researchers have tried to generate human pancreatic beta cells that could be cultured and passaged long term under conditions where they produce insulin," Fuchs said. "[The researchers] have now overcome this hurdle and opened the door for drug discovery and transplantation therapy in diabetes."
Animal trials in motion
The beta cells are currently being used in animal-model trials, but according to lead study investigator Doug Melton, the hope is that human transplantation trials will begin in a few years.
"We are now just one pre-clinical step away from the finish line," said Melton, who began his work 23 years ago when his then infant son was diagnosed with type 1 diabetes.
"It was gratifying to know that we could do something that we always thought was possible," he said, "but many people felt it wouldn't work. If we had shown this was not possible, then I would have had to give up on this whole approach. Now I'm really energized."
The final step, Melton said, is making sure the im Continue reading

Caffeine can prevent memory loss in diabetes

Scientists have discovered how diabetes causes memory loss and how caffeine can prevent this, according researchers from the Center for Neuroscience and Cell Biology of the University of Coimbra in Portugal.
The study published in the journal PloS compared four groups of mice: diabetic or normal mice without or with caffeine equivalent to eight cups of coffee a day in their water.
They found that long-term consumption of caffeine prevented the mice's memory loss. It also diminished the weight gain and high blood glucose levels associated with diabetes.
The researchers also analyzed the hippocampus area of the brain in the diabetic mice. The hippocampus is linked to memory and learning and is often atrophied in diabetics.
They discovered that diabetic mice had abnormalities in the hippocampus region, showing both degeneration of synapses and abnormal increase of the cells surrounding neurons called astrogliosis. Both conditions are known to affect memory.
But when the diabetic mice consumed caffeine in the study, it prevented these abnormalities.
The researchers also discovered that the brain molecule A2AR, one of only two known to respond to caffeine, was high in diabetic animals but normal in those treated with caffeine. This led scientists to conclude that A2AR inhibition protected the animals against synaptic degeneration and memory dysfunction.
The study suggests that diabetes affects memory by causing synaptic degeneration, astrogliosis and increased levels of A2AR. It also suggests that chronic consumption of caffeine may prevent the memory loss and brain degeneration Continue reading

Man Found “Cures For All Diseases” HIV, AIDS, Diabetes, Cancer, Stroke, STDs, Arthritis & More – and Has The Supreme Court Ruling To Prove It

A true healthcare reformer, who stood up against the American Medical Association in court, the list of diseases he can cure stretches to some of the most unsettling conditions people face today including: bipolar disorder, depression, ADHD, Mesothelioma, acid reflux and drug addiction.
Everyday it seems to become evermore clear that the human body has a powerful ability to heal itself naturally. One man in America took this notion all the way, changing history and widening the path towards the cure of all disease, his name is Dr. Sebi. A healer, pathologist, herbalist, biochemist and naturalist who immigrated from Honduras, he is a man dedicated to service as he shows people how to take care of themselves no matter the obstacles he faces.
In 1988, he took on the Attorney General of New York in a Supreme Court trial where he was being sued for false advertisement and practice without a license after placing ads in a number of newspapers, including the New York Post where he had announced:
“AIDS HAS BEEN CURED BY THE USHA RESEARCH INSTITUTE, AND WE SPECIALIZE IN CURES FOR SICKLE CELL, LUPUS, BLINDNESS, HERPES, CANCER AND OTHERS.”
Pre-trial, the judge had asked Dr. Sebi provide one witness per disease he had claimed to cure however when 77 in person witnesses joined him in court, the judge had no choice but to proclaim the Doctor NOT GUILTY on all accounts, proving he did in fact have the cure to all the diseases mentioned in the newspapers.
Several celebrities have sought out healing through the Doctor including: Michael Jackson, Magic Johnson, Eddie Murphy, John Travolt Continue reading

Stem Cell Research and Type 1 Diabetes

A recently published study in the journal Nature Biotechnology gives encouragement to those who are awaiting stem cell transplants as a possible cure for Type 1 diabetes.
Scientists have found a faster way to grow stem cells into insulin-producing cells. What previously took four months to grow to maturity now takes only six weeks. This raises hope that stem cell therapy can someday be a practical treatment for diabetes, with a nearly unlimited supply of insulin-producing cells available.
Stem Cells
There are currently some 4,500 different clinical trials underway in the United States, in an effort to prove the efficacy of stem cell transplants in treatment of a variety of diseases, including diabetes. Initial findings appear to show stem cell transplantation as a safe therapy. What remains to be proved is whether it is an effective therapy.
Stem cells are immature cells that have the ability to develop into 200 different types of cells that appear in many different parts of the body. They are sourced from umbilical cord blood or bone marrow. The theory behind using stem cells as regenerative treatments in the body holds that these cells, when implanted or allowed to migrate to areas of injury transform themselves into new tissue to replace damaged tissue.
Stem cells can mature and multiply in infinite numbers. Most research prepares the cells outside of the body, where they are kept and nourished under artificial conditions, and guided to maturity as the cells required for specific treatments. These cells can then be introduced into the body and take up residence where the Continue reading