Cancer Cures Media ArticlesExcerpts of Key Cancer Cures Media Articles in Major Media
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A vaccine injected into a tumor triggers the immune system to kill cancer, a new study in mice confirms. Stanford researchers have now begun seeking human patients who want to help test this approach. The research behind this potential new cancer treatment was published Wednesday in Science Translational Medicine. Cancer vaccines work a bit differently than a vaccine against the measles or the flu. Those shots are meant to train an immune system to target an infection before the virus or bacteria arrives. Cancer vaccines, however, are given after a person is diagnosed. This shot ... combines two components: a short piece of DNA molecules that can stimulate the immune system to create greater quantities of a receptor called OX40 and a protein that sticks to those receptors, prompting the immune cells to attack the tumor. [Study co-author Dr. Ronald Levy] and his colleagues tested their vaccine in more than 90 mice, some with a tumor transplanted into them and others that were genetically primed to develop cancer. However, the next step in this research will go well beyond mice. Levy and his colleagues have begun looking for about 15 people with lymphoma to test the vaccine in a clinical trial. If the trials are successful, he believes it could help people with a wide variety of cancers. “I don’t think there’s a limit to the type of tumor we could potentially treat, as long as it has been infiltrated by the immune system,” he stated.
High doses of vitamin C injected into the blood stream could prove effective in treating cancer, according to new research. Scientists said vitamin C infusions, which were up to 1,000 times higher than recommended intake levels, selectively targeted tumour cells in cancer patients. This increased the rates of cell deaths and sensitised them to radiation and chemotherapy. The treatment also appeared to be safe, producing mild side effects such as frequent bathroom trips and a dry mouth. Eleven brain cancer patients were given three infusions of vitamin C a week for two months followed by a further two per week for seven months while receiving standard radiotherapy and chemotherapy. Tests showed that iron in their tumours reacted with the vitamin to form highly reactive and destructive “free radical” hydrogen peroxide molecules. The free radicals were thought to cause selective DNA damage in cancerous, but not healthy, cells. This in turn was expected to lead to enhanced cancer cell death as well as sensitisation to radiation and chemotherapy drugs. US researcher Dr Garry Buettner, from the University of Iowa, said: “This paper reveals a metabolic frailty in cancer cells that is based on their own production of oxidizing agents that allows us to utilise existing redox active compounds, like vitamin C, to sensitise cancer cells to radiation and chemotherapy.” The safety study sets the stage for larger Phase II trials investigating whether high-dose vitamin C injections can extend the lifespan of cancer patients.
Dr. Hadiyah-Nicole Green is one of fewer than 100 black female physicists in the country, and the recent winner of $1.1 million grant to further develop a technology she’s pioneered that uses laser-activated nanoparticles to treat cancer. Green, who lost her parents young, was raised by her aunt and uncle. While still at school, her aunt died from cancer, and three months later her uncle was diagnosed with cancer, too. Green went on to earn her degree in physics at Alabama A&M University, being crowned Homecoming Queen while she was at it, before going on full scholarship to University of Alabama in Birmingham to earn her Masters and Ph.D. There Green would become the first to work out how to deliver nanoparticles into cancer cells exclusively, so that a laser could be used to remove them, and then successfully carry out her treatment on living animals. As she takes on her growing responsibilities, Green still makes time to speak at schools, Boys & Girls Clubs and other youth events. “Young black girls don’t see those role models (scientists) as often as they see Beyonce or Nicki Minaj,” says Green. “It’s important to know that our brains are capable of more.”
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As a physician, I have encountered many people who believe that heart disease, which is the single biggest cause of death among Americans, is largely controllable. After all, if people ate better, were physically active and stopped smoking, then lots of them would get better. This ignores the fact that people can’t change many risk factors of heart disease like age, race and family genetics. People don’t often seem to feel the same way about cancer. They think it’s out of their control. A ... recent study published in Nature argues that there is a lot we can do. Many studies have shown that environmental risk factors and exposures contribute greatly to many cancers. Diet is related to colorectal cancer. Alcohol and tobacco are related to esophageal cancer. HPV is related to cervical cancer, and hepatitis C is related to liver cancer. And you’d have to be living under a rock not to know that smoking causes lung cancer and that too much sun can lead to skin cancer. Using sophisticated modeling techniques, the researchers argued that less than 30 percent of the lifetime risk of getting many common cancers was because of intrinsic risk factors, or the “bad luck.” The rest were things you can change. [More] recently, in JAMA Oncology, researchers sought to quantify how a healthful lifestyle might actually alter the risk of cancer. They [found that] about 25 percent of cancer in women and 33 percent in men was potentially preventable.
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The phrase “cancer screening saves lives” is ... familiar to most consumers of public service announcements. But that advice may be misleading. The ubiquitous adage ... fails to take into account deaths linked to factors related to the screening itself. For example, prostate cancer screening is known to return “numerous” false positives, writes Vinay Prasad, an assistant professor at Oregon Health and Science University, and contributes to over 1 million prostate biopsies a year. The procedure is “associated with serious harms, including admission to hospital and death.” What’s more, men diagnosed with prostate cancer are “more likely to have a heart attack or commit suicide in the year after diagnosis,” he writes. A similar case can be made for breast cancer screening. Fully 60 percent of women who get regular mammograms for 10 years have been handed a false positive result at some point. Being told you have breast cancer - even if it turns out that the test result was incorrect - has been associated with “psychosocial distress as great as a breast cancer diagnosis.” A massive study of 90,000 women over 25 years found that the regular screening did not change the women’s death rates. In fact, if anything, the screenings harmed some women: Out of every five cancers detected with the technology and treated, one was “not a threat to the woman’s health and did not need treatment such as chemotherapy, surgery or radiation,” all of which can cause serious side effects.
Note: Read more about routine over-diagnosis and unnecessary treatment of cancer in this New York Times article. And learn about the promising cancer research that has been largely suppressed by the medical-industrial complex. For more, see concise summaries of deeply revealing health news articles from reliable major media sources. Then explore the excellent, reliable resources provided in our Health Information Center.
His body ravaged by chemotherapy treatments, retired radio engineer John Kanzius spent months in his basement in 2003 cobbling together a makeshift tumor-killing machine. Kanzius had no medical background. He had been a ham radio operator and the owner of a television and radio station company. But he had leukemia, and he did not want to die. He did not know it then, but the John Kanzius's Noninvasive Radiowave Cancer Device ... would eventually make the pages of respected medical journals and attract the support of leading cancer researchers. Dr. Steven A. Curley, an oncologist ... launched Kanzius’s research into the national spotlight and devoted his career to the project. Curley had treated many cancer patients, but [grew] particularly close with Kanzius. In 2009, Kanzius died at 64 from pneumonia while undergoing chemotherapy. Many thought the Kanzius machine would die with him. But this May, Curley filed protocols with the Italian Ministry of Health to test the radio wave machine on humans diagnosed with pancreatic and liver cancer. Researchers from the University of Pittsburgh, the MD Anderson Cancer Center and Rice University tested the technology [on] human cancer cells in petri dishes, as well as into tumors in mice, rats, rabbits and pigs. Using the Kanzius machine, they were able to heat [injected] nanoparticles and, as a result, kill all those cancerous cells [while surrounding healthy areas remained intact]. Results were published in the oncology medical journal Cancer, as well as Nano Research.
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In late 2012, Brice Royer was lying on a bed in terrible pain, thinking about how to kill himself. Today, the pain is still there and the malignant tumour in his stomach is no smaller. But he has never been happier. A year ago, Royer, 31, decided to give and receive freely without the use of money in an effort to build community. Thinking he was staring down a death sentence, Royer [researched] and reflect on the causes of illness. Toxins in the environment. Loneliness. Stress. “The root cause (is) a lack of love in our society,” Royer says. “A lot of the problems that we have today - anything from the housing crisis in Vancouver, how expensive things are, to working at a stressful job, making ends meet and not having much time to have community or friends - all these things I feel led to a lot of health problems and in my case, can aggravate cancer.” Royer researched where the healthiest people in the world live and the lifestyle they practise. “They all take care of each other. They all have big families and small communities and they all have something called the gift economy. They are isolated from the market economy,” Royer explains. [He] suggested to a friend that they practise this within their own circle using a Facebook group. True to philosophy, he offered to pay someone else’s rent ... for a year instead of his own. The woman he helped was a chronically ill single mother. The biggest payoff, he says, is the community he’s built and the love and support he gets from friends.
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In a new study, researchers found that breast-cancer patients who had high levels of vitamin D were twice as likely to survive [as] women with low levels. They reviewed five studies that observed more than 4,440 women. “The study has implications for including vitamin D as an adjuvant to conventional breast cancer therapy,” study co-author Dr. Heather Hofflich, an associate professor of medicine at the University of California San Diego, said in a press release. The researchers recommend that vitamin D should be added to the various treatments given to women fighting breast cancer. The body naturally produces vitamin D when exposed to sunlight, but milk, fatty fish and other foods can also boost production. Patients could also take vitamin D supplements.
Note: This is huge news! Why isn't this exciting development getting more press coverage? Read numerous major media articles revealing potential cancer cures which have received little attention. And see an excellent article with more on the Vitamin D connection.
High-dose vitamin C can boost the cancer-killing effect of chemotherapy in the lab and mice, research suggests. Given by injection, it could potentially be a safe, effective and low-cost treatment for ovarian and other cancers. US scientists ... call for large-scale government clinical trials. Vitamin C has long been used as an alternative therapy for cancer. In the 1970s, chemist Linus Pauling reported that vitamin C given intravenously was effective in treating cancer. However, clinical trials of vitamin C given by mouth failed to replicate the effect, and research was abandoned. It is now known that the human body quickly excretes vitamin C when it is taken by mouth. However, scientists at the University of Kansas say that when given by injection vitamin C is absorbed into the body, and can kill cancer cells without harming normal ones. The researchers injected vitamin C into human ovarian cancer cells in the lab, into mice, and into patients with advanced ovarian cancer. They found ovarian cancer cells were sensitive to vitamin C treatment, but normal cells were unharmed. The treatment worked in tandem with standard chemotherapy drugs to slow tumour growth. "Because vitamin C has no patent potential, its development will not be supported by pharmaceutical companies," said lead researcher Qi Chen. "We believe that the time has arrived for research agencies to vigorously support thoughtful and meticulous clinical trials with intravenous vitamin C."
Note: Read more about this amazing cancer research. For more along these lines, see concise summaries of deeply revealing news articles on promising cancer research that has been suppressed by the medical industry.
A group of experts advising the nation’s premier cancer research institution has recommended changing the definition of cancer and eliminating the word from some common diagnoses as part of sweeping changes in the nation’s approach to cancer detection and treatment. The recommendations, from a working group of the National Cancer Institute, were published [in] The Journal of the American Medical Association. They say, for instance, that some premalignant conditions, like one that affects the breast called ductal carcinoma in situ, which many doctors agree is not cancer, should be renamed to exclude the word carcinoma so that patients are less frightened and less likely to seek what may be unneeded and potentially harmful treatments that can include the surgical removal of the breast. The group, which includes some of the top scientists in cancer research, also suggested that many lesions detected during breast, prostate, thyroid, lung and other cancer screenings should not be called cancer at all but should instead be reclassified as IDLE conditions, which stands for “indolent lesions of epithelial origin.” The impetus behind the call for change is a growing concern among doctors, scientists and patient advocates that hundreds of thousands of men and women are undergoing needless and sometimes disfiguring and harmful treatments for premalignant and cancerous lesions that are so slow growing they are unlikely to ever cause harm. Once doctors and patients are aware a lesion exists, they typically feel compelled to biopsy, treat and remove it, often at great physical and psychological pain and risk to the patient.
Note: Isn't it interesting that a diagnosis which might not even be accurate can so change a person's life? For more on promising cancer cures which are being suppressed by the medical-industrial complex, see the deeply revealing reports from reliable major media sources available here.
The use of aspirin and other nonsteroidal anti-inflammatory drugs significantly reduces the risk for cancer, but no one has been able to explain why. Now researchers have found that these drugs slow the accumulation of a type of DNA change called somatic genome abnormalities, or SGAs, that lead to uncontrolled cell growth. The researchers tracked SGAs with periodic biopsies over an average of almost 12 years. Over all, the use of nonsteroidal anti-inflammatory drugs was associated with a 90 percent reduction in the rate of mutations. “We used techniques used to measure mutation rate in viruses like H.I.V. to measure it in humans,” said the senior author, Carlo C. Maley, director of the Center for Evolution and Cancer at the University of California, San Francisco. “We measured whole pieces of chromosomes that are getting deleted or copied.” Apparently aspirin slows that rate of mutation. The study, published last month in the journal PLoS Genetics, is very small, Dr. Maley said, and has yet to be reproduced in a larger population. But since most cancers take decades to develop, he added, “if you could just slow it down, you could slow it enough to have people die of something else.”
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Sixteen-year-old Jack Andraka's innovative mind led him to create a new way to detect pancreatic, ovarian and lung cancer. "I created a new way to detect pancreatic, ovarian and lung cancer that costs three cents and takes five minutes to run," he said. After a close friend died from pancreatic cancer, this 16-year-old from Crownsville, Maryland, unleashed his hyper-drive intellect on preventing more cancer deaths. "It's 168 times faster, over 26,000 times less expensive, and over 400 times more sensitive than our current methods of diagnosis," he said. Tinkering in his room and using information readily available online, he came up with a new way to detect cancer. "85 percent of all pancreatic cancers are diagnosed late, when someone has less than a two percent chance of survival. And our current test costs $800 per test and misses 30 percent of all pancreatic cancers," he said. He won last year's Intel International Science and Engineering Fair. The sweet validation came with $100,000 in scholarships, but Jack Andraka's got his eye on even bigger things. "The name of the competition is called the Tricorder XPRIZE," he said. "It's a $10 million prize. Essentially what you have to do is develop something the size of a smartphone that you scan over your skin and it will diagnose any disease instantly." Jack is fielding a team of other high-schoolers to compete against 300 teams of adult scientists and corporations in the Qualcomm Tricorder XPRIZE competition. He says youth is an advantage -- that new eyes are more likely to solve old problems.
Note: Let's hope this invention gets fast tracked and makes it to market. Notice how little attention this exciting development received. To read about many potential cancer cures reported in major media which have not made it to market for financial reasons, click here. For a treasure trove of great news articles which will inspire you to make a difference, click here.
Researchers say they have created a drug that has killed every kind of cancer tumor it has come in contact with, according to Science Magazine. The antibody treatment works by blocking a protein called CD47 which tricks the body into not destroying cancerous cells. After the protein is blocked, the body can then recognize the cancer cells as invaders and attack. While the research is seen as a step closer to discovering a treatment that can cure all cancers, the drug has only been tested on mice and will need to prove itself on humans before it can be available to patients. This may take a few years. The research team has been given the green light and recently received a four-year, $20 million grant to conduct human clinical trials. Research for this new drug started a decade ago when biologist Irving Weissman at Stanford University was studying leukemia cells. He found that that leukemia cells produce higher levels of the CD47 protein than healthy cells. CD47 acts as a "don't-eat-me" signal, instructing the body to not eat harmful cells. Cancers take advantage of this signal to trick the immune system into ignoring them. Weissman's research showed that blocking CD47 can cure more than just blood cancers. The drug can also shrink or cure human breast, ovary, colon, bladder, brain, liver and prostate tumors that have been transplanted into mice. The treatment forced the mice's immune system to kill the cancer cells. This means this single drug could cure a variety of cancers and prevent cancers from spreading in the body.
Note: With many millions around the world dying of cancer every year, why aren't the most promising treatments being fast-tracked? Why is this article titled a "rumor"? Why isn't this making major headlines? Why isn't the very promising treatment of DCA, which is both cheap and incredibly promising, being given many millions to move rapidly forward? To read major media articles describing other potential cures not being adequately funded, click here. To understand why some treatments are suppressed, click here.
Cambridge University scientists say they have seen four-stranded DNA at work in human cells for the first time. The famous "molecule of life", which carries our genetic code, is more familiar to us as a double helix. But researchers tell the journal Nature Chemistry that the "quadruple helix" is also present in our cells, and in ways that might possibly relate to cancer. They suggest that control of the structures could provide novel ways to fight the disease. "The existence of these structures may be loaded when the cell has a certain genotype or a certain dysfunctional state," said Prof Shankar Balasubramanian from Cambridge's department of chemistry. Balasubramanian's group has been pursuing a four-stranded version of the molecule that scientists have produced in the test tube now for a number of years. The new research is said to be the first to firmly pinpoint the quadruple helix in human cells.
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A report released this month by the Centers for Disease Control and Prevention and three prominent cancer research groups shows that cancer deaths in the United States are declining for men, women and children. New cancer diagnoses also declined for men from 2000 through 2009, the period the report examines, but remained stable for women and increased slightly for children. Here are the numbers: 1.8%: The percentage that cancer deaths decreased for both men and children from 2000 through 2009. For women, the decrease was 1.4 percent. 10%: The percentage that death rates decreased in the most common cancers in men. 15: The number of cancers most common in women that showed decreased death rates.
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Marijuana, already shown to reduce pain and nausea in cancer patients, may be promising as a cancer-fighting agent against some of the most aggressive forms of the disease. A growing body of early research shows a compound found in marijuana - one that does not produce the plant's psychotropic high - seems to have the ability to "turn off" the activity of a gene responsible for metastasis in breast and other types of cancers. Two scientists at San Francisco's California Pacific Medical Center Research Institute first released data five years ago that showed how this compound - called cannabidiol - reduced the aggressiveness of human breast cancer cells in the lab. "The preclinical trial data is very strong, and there's no toxicity. There's really a lot of research to move ahead with and to get people excited," said Sean McAllister, who along with scientist Pierre Desprez, has been studying the active molecules in marijuana - called cannabinoids - as potent inhibitors of metastatic disease for the past decade. Martin Lee, director of Project CBD, [a] group that works to raise awareness of the scientific promise of the compound, described the cannabidiol research as potent both as a medicine and a myth buster. "It debunks the idea that medicinal marijuana is really about people wanting to get stoned," said Lee, author of Smoke Signals, a book published last month about the medical and social history of marijuana. "Why do they want it when it doesn't even get them high?"
Note: For an educational, 45-minute documentary on this topic titled "What if Cannabis Cured Cancer?," click here. For an informative 15-minute documentary on the health benefits of juicing raw cannabis, click here. For deeply inspiring reports from reliable sources, click here.
Mounting evidence shows ‘cannabinoids’ in marijuana slow cancer growth, inhibit formation of new blood cells that feed a tumor, and help manage pain, fatigue, nausea, and other side effects. Peer-reviewed studies in several countries ... show that THC and other marijuana-derived compounds, known as “cannabinoids,” are effective not only for cancer-symptom management (nausea, pain, loss of appetite, fatigue), they also confer a direct antitumoral effect. A team of Spanish scientists led by Manuel Guzman conducted the first clinical trial assessing the antitumoral action of THC on human beings. THC treatment was associated with significantly reduced tumor cell proliferation in every test subject. Harvard University scientists reported that THC slows tumor growth in common lung cancer and “significantly reduces the ability of the cancer to spread.” What’s more ... THC selectively targets and destroys tumor cells while leaving healthy cells unscathed. Conventional chemotherapy drugs, by contrast, are highly toxic; they indiscriminately damage the brain and body. There is mounting evidence ... that cannabinoids “represent a new class of anticancer drugs that retard cancer growth, inhibit angiogenesis [the formation of new blood cells that feed a tumor] and the metastatic spreading of cancer cells.” Within the medical science community, the discovery that cannabinoids have anti-tumoral properties is increasingly recognized as a seminal advancement in cancer therapeutics.
Note: Yet treatment with cannabinoids continues to be largely illegal in the US. For an informative 15-minute documentary on the health benefits of juicing raw cannabis, click here. For deeply revealing reports from reliable major media sources on promising cancer-cure research, click here.
A single treatment to cure all cancers? Scientists may be one step closer. In a recent study, scientists reported that they successfully tested an antibody treatment that shrank human breast, ovary, colon, bladder, brain, liver and prostate tumors transplanted into mice. The antibody blocks a protein called CD47, which normally sits on the cell surface and issues a “don’t eat me” signal that prevents the body’s immune system from attacking it. About a decade ago, scientists at Stanford University School of Medicine, led by professor of pathology Irving Weissman, discovered that using an antibody to block CD47 cured some cases of leukemia and lymphoma in mice by allowing macrophages to seek and destroy the cancerous cells. In the new study, Weissman’s Stanford team showed that the CD47-blocking antibodies may also work against a number of other cancers. The researchers found that CD47 existed on nearly every cell, which suggests that the protein may be common to all cancers. Cancer cells expressed about three times more CD47 than healthy cells. “If the tumor was highly aggressive, the antibody also blocked metastasis. It’s becoming very clear that, in order for a cancer to survive in the body, it has to find some way to evade the cells of the innate immune system,” said Weissman in a statement. The antibody treatment didn’t work in all cases. Some mice injected with breast cancer cells from a human patient showed no changes after treatment. Yet in five mice with breast cancer, the antibody treatment cured them, with no signs of recurrence four months after treatment.
Note: With millions around the world dying of cancer every year, why aren't the most promising treatments being fast tracked? Why did it take 10 years form Weissman to reach this stage? Why isn't the very promising treatment of DCA, which is both cheap and incredibly promising, being given many millions to move rapidly forward? To read major media articles describing other potential cures not being adequately funded, click here. To understand why some treatments are suppressed, click here.
A few years ago researchers in California received widespread attention for showing that dogs can smell cancer on a human’s breath. With 99 percent accuracy the canines could detect if a person had lung or breast cancer, beating the best figures from standard laboratory tests. Subsequent studies confirmed the results. Technology startups have hustled to build digital devices that can mimic the dogs’ olfactory sense and reduce the need for biopsies and CAT scans. Metabolomx, a 12-person outfit in Mountain View, Calif., [is] bringing a cancer-sniffing device to market. The machine analyzes the breath and its volatile organic compounds, or VOCs—aerosolized molecules that, among other things, determine how something smells. Tumors produce their own VOCs, which pass into the bloodstream. The lungs create a bridge between the bloodstream and airways, so the breath exhaled by a patient will carry the VOC signatures of a tumor if one is present. “It may seem surprising, but it’s actually very straightforward,” says Paul Rhodes, the co-founder and chief executive officer at Metabolomx. Dr. Peter Mazzone, a lung cancer expert at the Cleveland Clinic, recently published results from a trial he ran with an early version of the Metabolomx machine. He studied 229 people and found that the machine could detect lung cancer more than 80 percent of the time. Just as intriguing, the machine outdid the dogs by distinguishing between different forms of lung cancer with about 85 percent accuracy, giving the doctor insight into whether a patient had an aggressive case.
Note: A machine has 80% accuracy in detecting this lethal disease, while sniffing dogs have 99% accuracy. Which would you rather have? For lots more from reliable sources on promising potential cancer-cure breakthroughs, click here.
Born to Chinese immigrants, 17-year-old Angela Zhang of Cupertino, California is a typical American teenager. She's really into shoes and is just learning how to drive. But there is one thing that separates her from every other student at Monta Vista High School, something she first shared with her chemistry teacher, Kavita Gupta. It's a research paper Angela wrote in her spare time -- and it is advanced, to say the least. "Cure for cancer -- a high school student," said Gupta. "It's just so mind-boggling. I just cannot even begin to comprehend how she even thought about it or did this." When she was a freshman, she started reading doctorate level papers on bio-engineering. By sophomore year she'd talked her way into the lab at Stanford, and by junior year was doing her own research. Angela's idea was to mix cancer medicine in a polymer that would attach to nanoparticles -- nanoparticles that would then attach to cancer cells and show up on an MRI, so doctors could see exactly where the tumors are. Then she thought [of aiming] an infrared light at the tumors to melt the polymer and release the medicine, thus killing the cancer cells while leaving healthy cells completely unharmed. It'll take years to know if it works in humans -- but in mice -- the tumors almost completely disappeared. Angela recently entered her project in the national Siemens science contest. It was no contest. She got a check for $100,000.
Note: If this technique has already melted tumors in mice, why is CBS saying it will take years to know if it works in humans? Why wouldn't millions be poured in to fast track research on this exciting technology?
Important Note: Explore our full index to revealing excerpts of key major media news articles on several dozen engaging topics. And don't miss amazing excerpts from 20 of the most revealing news articles ever published.