Drug Helps Fight Breast Tumors Tied to ‘Cancer Genes’ – Sioux City Journal

SUNDAY, June 4, 2017 (HealthDay News) -- A twice-daily pill could help some advanced breast cancer patients avoid or delay follow-up sessions of chemotherapy, a new clinical trial reports.

The drug olaparib (Lynparza) reduced the chances of cancer progression by about 42 percent in women with breast cancer linked to BRCA1 and BRCA2 gene mutations, according to the study.

Olaparib delayed cancer progression by about three months. The drug also caused tumors to shrink in three out of five patients who received the medication, the researchers reported.

"Clearly the drug was more effective than traditional chemotherapy," said Dr. Len Lichtenfeld, deputy chief medical officer for the American Cancer Society.

"This is a group where a response is more difficult to obtain -- a young group with a more aggressive form of cancer -- and nonetheless we saw a close to 60 percent objective response rate," he said.

The study was funded by AstraZeneca, the maker of Lynparza.

Olaparib works by cutting off the avenues that malignant cancer cells use to stay alive, said lead researcher Dr. Mark Robson. He's a medical oncologist and clinic director of Clinical Genetics Service at Memorial Sloan Kettering Cancer Center in New York City.

The drug inhibits PARP, an enzyme that helps cells repair damaged DNA, Robson said.

Normal cells denied access to PARP will turn to the BRCA genes for help, since they also support the repair of damaged DNA, Robson said.

But that "backup capability" is not available to breast cancer cells in women with BRCA gene mutations, Robson said.

"When you inhibit PARP, the cell can't rescue itself," Robson said. "In theory, you should have a very targeted approach, one specifically directed at the cancers in people who have this particular inherited predisposition."

Olaparib already has been approved by the U.S. Food and Drug Administration for use in women with BRCA-related ovarian cancer. Robson and his colleagues figured that it also should be helpful in treating women with breast cancer linked to this genetic mutation.

The study included 302 patients who had breast cancer that had spread to other areas of their body (metastatic breast cancer). All of the women had an inherited BRCA mutation.

They were randomly assigned to either take olaparib twice a day or receive standard chemotherapy. All of the patients had received as many as two prior rounds of chemotherapy for their breast cancer. Women who had hormone receptor-positive cancer also had been given hormone therapy.

After 14 months of treatment, on average, people taking olaparib had a 42 percent lower risk of having their cancer progress compared with those who received another round of chemotherapy, Robson said.

The average time of cancer progression was about seven months with olaparib compared with 4.2 months with chemotherapy.

Tumors also shrank in about 60 percent of patients given olaparib. That compared with a 29 percent reduction for those on chemotherapy, the researchers said.

Severe side effects also were less common with olaparib. The drug's side effects bothered 37 percent of patients compared with half of those on chemo. The drug's most common side effects were nausea and anemia.

"There were fewer patients who discontinued treatment because of toxicity compared to those who received chemotherapy," Robson said. "Generally it was pretty well tolerated."

Only about 3 percent of breast cancers occur in people with BRCA1 and BRCA2 mutations, the researchers said in background notes.

Despite this, the results are "quite exciting," said Dr. Julie Fasano, an assistant professor of hematology and medical oncology at the Icahn School of Medicine at Mount Sinai in New York City.

Olaparib could wind up being used early in the treatment of metastatic breast cancer as an alternative to chemotherapy, and future studies might find that the drug is effective against other forms of breast cancer, Fasano said.

"It may be a practice-changing study, in terms of being able to postpone IV chemotherapy and its associated side effects" like hair loss and low white blood cell counts, Fasano said.

Lichtenfeld noted that olaparib also places less burden on patients.

"It may be easier for women to take two pills a day rather than go in for regular chemotherapy," Lichtenfeld said. "Clearly, this is a treatment that will garner considerable interest.

The findings were scheduled to be presented Sunday at the American Society of Clinical Oncology's annual meeting, in Chicago. The study was also published June 4 in the New England Journal of Medicine.

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Drug Helps Fight Breast Tumors Tied to 'Cancer Genes' - Sioux City Journal

Genetic engineering through click chemistry – The Biological SCENE

Gene therapy and a range of biological research rely on the efficient delivery of nucleic acids into cells through the process known as transfection. Most widely-used transfection approaches for mammalian cells rely on electrostatic forces, usually taking advantage of cationic reagents to bind to negatively-charged nucleic acids and form strong ionic complexes. Cells then grab these complexes and internalize them through a process called endocytosis. However, the concentration of positive charge in the reagents can kill cells, and some cellssuch as embryonic cells, neurons, or cells directly isolated from tissuedont incorporate the nucleic acids successfully.

Now researchers report a novel transfection technique, SnapFect, that relies on bio-orthogonal moleculesa class of chemically-reactive molecules that dont interfere with biological systems (ACS Cent. Sci. 2017, DOI: 10.1021/acscentsci.7b00132). The team designed nanoparticle liposomes carrying a bio-orthogonal ligand. When they add those fatty particles to cell culture, they fuse into the cell membrane within seconds, leaving the ketone ligand exposed on the surface. The team then packages the nucleic acids to be delivered in complementary lipid complexes decorated with oxyamines. When the oxyamine particles are added to the cells, these functional groups react quickly with the cell surface ketones. The membrane-bound nucleic-acid complex is then pulled into the cell via endocytosis, and the nucleic acid can be expressed. Its not based on electrostatics but on click chemistry, says Muhammad N. Yousaf, a chemical biologist at York University. Thats why basically every cell is transfected with the nucleic acid.

Commercial transfection reagents already bring in about $1.5 billion per year. Yousafs team compared SnapFect to two widely-used kits: Lipofectamine (Life Technologies) and ViaFect (Promega). SnapFect transfected cells with a 68% overall efficiency while the other two transfected 19% and 29%, respectively.

Yousaf launched a company called OrganoLinX that this month began selling SnapFect ($350 for 20-25 transfections). We focused on making [the kit] just as easy to use as other commercial products out there, he says.

Besides improving efficiency, researchers could also pre-treat one batch of cells to decorate them with ketones and then mix them with other cell types before adding nucleic acids. Just the pre-treated ones will be transfected, Yousaf explains. Its like precision transfection. Because the team can create a variety of complexes using the oxyamine particles, the technique can also deliver other molecules such as proteins into cells.

I think its an interesting step forward, says James H. Eberwine, a molecular neurobiologist at the University of Pennsylvaniaparticularly the techniques universal applicability to DNA, RNA, and proteins, as well as the specificity conferred by the click chemistry approach.

Eberwine adds that while the study compares SnapFect to two widely-used techniques, researchers often optimize those techniques for their particular applications and achieve much higher efficiencies than those noted in this study. I would certainly try it, he says, and if it really does have the higher efficiency then I could see value in doing this.

Currently cell surface modification with ketones must occur shortly before addition of the oxyamine-bundled cargo. But SnapFect would be especially powerful if the ketone modification was more permanent, Eberwine says. That way, researchers could pre-engineer the surface of immature cells, then allow those cells to develop, migrate, and find their place in the local microenvironment of an experimental system before they get transfected. This would be a real boon, he says.

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Genetic engineering through click chemistry - The Biological SCENE

21st century veggie burger: ‘Bloody-pink and fleshy’ thanks to genetic engineering – Genetic Literacy Project

The 20th century veggie burger was a beige patty packed with whole grains and carrot chunks, sold in a brown paper wrapper. The 21st century version? Its bloody-pink and fleshy, thanks to heme, an ingredient created via genetic engineering.

To those steeped in the natural-food movement, the acronym GMO for genetically modified organisms has traditionally been almost as taboo as a plate of braised veal. However, that view could be changing as a new generation of Bay Area entrepreneurs upends the alternative meat and dairy industry, using biotechnology to create vegetarian foods that taste more like meat and promise ecological advantages to boot.

As somebody who has my entire life been a hard-core environmentalist I went vegan for a large part for that reason genetic engineering is one of the most important tools we can use in terms of environmental conservation, said Mike Selden, co-founder and CEO of Finless Foods in San Francisco, which is replicating fish fillets out of stem cells, though not currently with genetic engineering.

Not everyone agrees, and as these products hit the market including the aforementioned veggie burger that bleeds from Impossible Foods consumer and environmental groups have called for greater oversight and testing than whats currently required by the federal government.

The GLP aggregated and excerpted this blog/article to reflect the diversity of news, opinion, and analysis. Read full, original post:Meatless, tasty and genetically modified: a healthy debate

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21st century veggie burger: 'Bloody-pink and fleshy' thanks to genetic engineering - Genetic Literacy Project

A first: All respond to gene therapy in a blood cancer study – ABC News

Doctors are reporting unprecedented success from a new cell and gene therapy for multiple myeloma, a blood cancer that's on the rise. Although it's early and the study is small 35 people every patient responded and all but two were in some level of remission within two months.

In a second study of nearly two dozen patients, everyone above a certain dose responded.

Experts at an American Society of Clinical Oncology conference in Chicago, where the results were announced Monday, say it's a first for multiple myeloma and rare for any cancer treatment to have such success.

Chemotherapy helps 10 to 30 percent of patients; immune system drugs, 35 to 40 percent at best, and some gene-targeting drugs, 70 to 80 percent, "but you don't get to 100," said Dr. Len Lichtenfeld, deputy chief medical officer of the American Cancer Society.

"These are impressive results" but time will tell if they last, he said.

ABOUT THE DISEASE

Multiple myeloma affects plasma cells, which make antibodies to fight infection. More than 30,000 cases occur each year in the United States, and more than 115,000 worldwide. It's the second fastest growing cancer for men and the third for women, rising 2 to 3 percent per year, according to the National Cancer Institute. About 60,000 to 70,000 Americans have it now.

Nine new drugs have been approved for it since 2000 but they're not cures; only about half of U.S. patients live five years after diagnosis.

With cell therapy, "I can't say we may get a cure but at least we bring hope of that possibility," said Dr. Frank Fan. He is chief scientific officer of Nanjing Legend Biotech, a Chinese company that tested the treatment with doctors at Xi'an Jiaotong University.

HOW IT WORKS

The treatment, called CAR-T therapy , involves filtering a patient's blood to remove immune system soldiers called T cells. These are altered in a lab to contain a gene that targets cancer and then given back to the patient intravenously.

Doctors call it a "living drug" a one-time treatment to permanently alter cells that multiply in the body into an army to fight cancer. It's shown promise against some leukemias and lymphomas, but this is a new type being tried for multiple myeloma, in patients whose cancer worsened despite many other treatments.

THE STUDIES

In the Chinese study, 19 of 35 patients are long enough past treatment to judge whether they are in complete remission, and 14 are. The other five had at least a partial remission, with their cancer greatly diminished. Some are more than a year past treatment with no sign of disease.

Most patients had a group of side effects common with this treatment, including fever, low blood pressure and trouble breathing. Only two cases were severe and all were treatable and temporary, doctors said.

The second study was done in the U.S. by Bluebird Bio and Celgene, using a cell treatment developed by the National Cancer Institute. It tested four different dose levels of cells in a total of 21 patients. Eighteen are long enough from treatment to judge effectiveness, and all 15 who got an adequate amount of cells had a response. Four have reached full remission so far, and some are more than a year past treatment.

WHAT EXPERTS SAY

The results are "very remarkable" not just for how many responded but how well, said Dr. Kenneth Anderson of Dana-Farber Cancer Institute in Boston.

"We need to be looking for how long these cells persist" and keep the cancer under control, he said.

Dr. Carl June, a University of Pennsylvania researcher who received the conference's top science award for his early work on CAR-T therapy, said "it's very rare" to see everyone respond to a treatment. His lab also had this happen all 22 children testing a new version of CAR-T for leukemia responded, his colleagues reported at the conference.

"The first patients we treated in 2010 haven't relapsed," June said.

Dr. Michael Sabel of the University of Michigan called the treatment "revolutionary."

"This is really the epitome of personalized medicine," extending immune therapy to more types of patients, he said.

NEXT STEPS

Legend Biotech plans to continue the study in up to 100 people in China and plans a study in the U.S. early next year. The treatment is expected to cost $200,000 to $300,000, and "who's going to pay for that is a big issue," Fan said.

"The manufacturing process is very expensive and you can't scale up. It's individualized. You cannot make a batch" as is done with a drug, he said.

Nick Leschly, Bluebird's chief executive, said the next phase of his company's study will test what seems the ideal dose in 20 more people.

Marilynn Marchione can be followed at http://twitter.com/MMarchioneAP

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A first: All respond to gene therapy in a blood cancer study - ABC News

New therapy offers hope against incurable form of breast cancer – The Guardian

A consultant studies a mammogram. The drug olaparib could slow cancer growth by three months, researchers have found. Photograph: Rui Vieira/PA

A type of inherited and incurable breast cancer that tends to affect younger women could be targeted by a new therapy, researchers have found.

A small study presented at the worlds largest cancer conference found treating patients with the drug olaparib could slow cancer growth by three months and be less toxic for patients with inherited BRCA-related breast cancer.

Researchers said there was not enough data to say whether patients survived longer as a result of the treatment.

We are in our infancy, said Dr Daniel Hayes, president of the American Society of Clinical Oncology and professor of breast cancer research at the University of Michigan. This is clearly an advance; this is clearly proof of concept these can work with breast cancer.

Does it look like its going to extend life? We dont know yet, he said.

The drug is part of the developing field of precision medicine, which targets patients genes to tailor treatment.

It is a perfect example of how understanding a patients genetics and the biology of their tumor can be used to target its weaknesses and personalize treatment, said Andrew Tutt, director of the Breast Cancer Now Research Centre at The Institute of Cancer Research.

Olaparib is already available for women with BRCA-mutant advanced ovarian cancer, and is the first drug to be approved that is directed against an inherited genetic mutation. The study was the first to show olaparib can slow growth of inherited BRCA-related breast cancer. The drug is not yet approved for that use.

People with inherited mutations in the BRCA gene make up about 3% of all breast cancer patients, and tend to be younger. The median age of women in the olaparib trial was 44 years old.

BRCA genes are part of a pathway to keep cells reproducing normally. An inherited defect can fail to stop abnormal growth, thus increasing the risk of cancer. The study examined the effectiveness of olaparib against a class of BRCA-related cancers called triple negative. Olaparib is part of a class of four drugs called PARP-inhibitors that work by shutting down a pathway cancer cells use to reproduce.

The study from Memorial Sloan Kettering Cancer Center in New York randomly treated 300 women with advanced, BRCA-mutated cancer with olaparib or chemotherapy. All the participants had already received two rounds of chemotherapy.

About 60% of patients who received olaparib saw tumors shrink, compared with 29% of patients who received chemotherapy. That meant patients who received olaparib saw cancer advance in seven months, versus four months for only chemotherapy.

Researchers cautioned it is unclear whether olaparib extended life for these patients, and that more research was needed to find out which subset of patients benefit most from olaparib.

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New therapy offers hope against incurable form of breast cancer - The Guardian

IT’S A START: Newly approved gene therapy may help 4 percent of cancer patients – Sarasota Herald-Tribune

By Laurie McginleyThe Washington Post

The oncologist was blunt: Stefanie Joho's colon cancer was raging out of control and there was nothing more she could do. Flanked by her parents and sister, the 23-year-old felt something wet on her shoulder. She looked up to see her father weeping.

"I felt dead inside, utterly demoralized, ready to be done," Joho remembers.

But her younger sister couldn't accept that. When the family got back to Joho's apartment in New York's Flatiron district, Jess opened her laptop and began searching frantically for clinical trials, using medical words she'd heard but not fully understood. An hour later, she came into her sister's room and showed her what she'd found.

"I'm not letting you give up," she told Stefanie. "This is not the end."

That search led to a contact at Johns Hopkins University, and a few days later, Joho got a call from a cancer geneticist co-leading a study there.

"Get down here as fast as you can!" Luis Diaz said. "We are having tremendous success with patients like you."

What followed is an illuminating tale of how one woman's intersection with experimental research helped open a new frontier in cancer treatment with approval of a drug that, for the first time, targets a genetic feature in a tumor rather than the disease's location in the body.

The breakthrough, now made official by the Food and Drug Administration, immediately could benefit some patients with certain kinds of advanced cancer that aren't responding to chemotherapy. Each should be tested for that genetic signature, scientists stress.

"These are people facing death sentences," said Hopkins geneticist Bert Vogelstein. "This treatment might keep some of them in remission for a long time."

A pivotal small trial

In August 2014, Joho stumbled into Hopkins for her first infusion of the immunotherapy drug Keytruda. She was in agony from a malignant mass in her midsection, and even with the copious amounts of OxyContin she was swallowing, she needed a new fentanyl patch on her arm every 48 hours. Yet within just days, the excruciating back pain had eased. Then an unfamiliar sensation hunger returned. She burst into tears when she realized what it was.

As months went by, her tumor shrank and ultimately disappeared. She stopped treatment this past August, free from all signs of disease.

The small trial in Baltimore was pivotal, and not only for the young marketing professional. It showed that immunotherapy could attack colon and other cancers thought to be unstoppable. The key was their tumors' genetic defect, known as mismatch repair (MMR) deficiency akin to a missing spell-check on their DNA. As the DNA copies itself, the abnormality prevents any errors from being fixed. In the cancer cells, that means huge numbers of mutations that are good targets for immunotherapy.

The treatment approach isn't a panacea, however. The glitch under scrutiny which can arise spontaneously or be inherited is found in just 4 percent of cancers overall. But bore in on a few specific types, and the scenario changes dramatically. The problem occurs in up to 20 percent of colon cancers and about 40 percent of endometrial malignancies cancer in the lining of the uterus.

In the United States, researchers estimate that initially about 15,000 people with this defect may be helped by this immunotherapy. That number is likely to rise sharply as doctors begin using it earlier on eligible patients.

Joho was among the first.

Even before Joho got sick, cancer had cast a long shadow on her family. Her mother has Lynch syndrome, a hereditary disorder that sharply raises the risk of certain cancers, and since 2003, Priscilla Joho has suffered colon cancer, uterine cancer and squamous cell carcinoma of the skin.

Stefanie's older sister, Vanessa, had already tested positive for Lynch syndrome, and Stefanie planned to get tested when she turned 25. But at 22, several months after she graduated from New York University, she began feeling unusually tired. She blamed the fatigue on her demanding job. Her primary-care physician, aware of her mother's medical history, ordered a colonoscopy.

When Joho woke up from the procedure, the gastroenterologist looked "like a ghost," she said. A subsequent CT scan revealed a very large tumor in her colon. She'd definitely inherited Lynch syndrome.

She underwent surgery in January 2013 at Philadelphia's Fox Chase Cancer Center, where her mother had been treated. The news was good: The cancer didn't appear to have spread, so she could skip chemotherapy and follow up with scans every three months.

By August of that year, though, Joho started having relentless back pain. Tests detected the invasive tumor in her abdomen. Another operation, and now she started chemo. Once again, in spring 2014, the cancer roared back. Her doctors in New York, where she now was living, switched to a more aggressive chemo regimen.

"This thing is going to kill me," Joho remembered thinking. "It was eating me alive."

Genetics meets immunology

Joho began planning to move to her parents' home in suburban Philadelphia: "I thought, 'I'm dying, and I'd like to breathe fresh air and be around the green and the trees.' "

Her younger sister wasn't ready for her to give up. Jess searched for clinical trials, typing in "immunotherapy" and other terms she'd heard the doctors use. Up popped a trial at Hopkins, where doctors were testing a drug called pembrolizumab.

"Pembro" is part of a class of new medications called checkpoint inhibitors that disable the brakes that keep the immune system from attacking tumors. In September 2014, the treatment was approved by the FDA for advanced melanoma and marketed as Keytruda. The medication made headlines in 2015 when it helped treat former President Jimmy Carter for melanoma that had spread to his brain and liver. It later was cleared for several other malignancies.

Yet researchers still don't know why immunotherapy, once hailed as a game changer, works in only a minority of patients. Figuring that out is important for clinical as well as financial reasons. Keytruda, for example, costs about $150,000 a year.

By the time Joho arrived at Hopkins, the trial had been underway for a year. While an earlier study had shown a similar immunotherapy drug to be effective for a significant proportion of patients with advanced melanoma or lung or kidney cancer, checkpoint inhibitors weren't making headway with colon cancer. A single patient out of 20 had responded in a couple of trials.

Why did some tumors shrink while others didn't? What was different about the single colon cancer patient who benefited? Drew Pardoll, director of the Bloomberg-Kimmel Institute for Cancer Immunotherapy at Hopkins, and top researcher Suzanne Topalian took the unusual step of consulting with the cancer geneticists who worked one floor up.

"This was the first date in what became the marriage of cancer genetics and cancer immunology," Pardoll said.

In a brainstorming session, the geneticists were quick to offer their theories. They suggested that the melanoma and lung cancer patients had done best because those cancers have lots of mutations, a consequence of exposure to sunlight and cigarette smoke. The mutations produce proteins recognized by the immune system as foreign and ripe for attack, and the drug boosts the system's response.

And that one colon-cancer patient? As Vogelstein recalls, "We all said in unison, 'He must have MMR deficiency!' " because such a genetic glitch would spawn even more mutations.

When the patient's tumor tissue was tested, it was indeed positive for the defect.

The researchers decided to run a small trial, led by Hopkins immunologist Dung Le and geneticist Diaz, to determine whether the defect could predict a patient's response to immunotherapy. The pharmaceutical company Merck provided its still-experimental drug pembrolizumab. Three groups of volunteers were recruited: 10 colon cancer patients whose tumors had the genetic problem; 18 colon cancer patients without it; and 7 patients with other malignancies with the defect.

The first results, published in 2015 in the New England Journal of Medicine, were striking. Four out of the 10 colon cancer patients with the defect and 5 out of the other 7 cancer patients with the abnormality responded to the drug. In the remaining group, nothing. Since then, updated numbers have reinforced that a high proportion of patients with the genetic feature benefit from the drug, often for a lengthy period. Other trials by pharmaceutical companies have shown similar results.

The Hopkins investigators found that tumors with the defect had, on average, 1,700 mutations, compared with only 70 for tumors without the problem. That confirmed the theory that high numbers of mutations make it more likely the immune system will recognize and attack cancer if it gets assistance from immunotherapy.

For Joho, now 27 and living in suburban Philadelphia, the hard lesson from the past few years is clear: The cancer field is changing so rapidly that patients can't rely on their doctors to find them the best treatments.

"Oncologists can barely keep up," she said. "My sister found a trial I was a perfect candidate for, and my doctors didn't even know it existed."

Her first several weeks on the trial were rough, and she still has some lasting side effects today joint pain in her knees, minor nausea and fatigue.

"I have had to adapt to some new limits," she acknowledged. "But I still feel better than I have in five years."

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IT'S A START: Newly approved gene therapy may help 4 percent of cancer patients - Sarasota Herald-Tribune

A New Gene Therapy Could Hold the Key to Curing Allergies and Asthma – Futurism

In Brief Researchers have successfully used immunotherapy to "turn off" asthma and allergic responses in animals. This work will eventually be used to create one-shot treatments that permanently silence allergies. Erasing Asthma

Scientists from the University of Queensland have used gene therapy to turn off the immune response responsible for asthma. The team believes their technique may also be able to permanently silence severe allergy responses to common allergens such as bee venom, peanuts, and shellfish. Thus far, the research has been successful in animal trials, and if it can be replicated in human trials, it may provide a one-time treatment for asthma and allergy patients.

The technique erases the memory of the cells which cause allergic reactions using genetically modified stem cells that are resistant to allergens. We have now been able wipe the memory of these T-cells in animals with gene therapy, de-sensitizing the immune system so that it tolerates the [allergen] protein, lead researcher Ray Steptoe said in a press release. We take blood stem cells, insert a gene which regulates the allergen protein and we put that into the recipient. Those engineered cells produce new blood cells programmed to express the protein and target specific immune cells, which turn off the allergic response.

According to the Centers for Disease Control (CDC), about 1 in 12 people (25 million) in the U.S.have asthma, and these numbers are increasing annually. As of 2007, the last year for which the CDC has data, asthma cost the U.S. approximately $56 billion in costs for medical bills, lost work and school days, and early deaths. According to the World Health Organization (WHO), 235 million people worldwide have asthma, which is the most common chronic childhood disease, occurring in all countries regardless of level of development.

The researchers findings must now besubjected to further pre-clinical investigation, with the aim of replicating the results in the laboratory using human cells. The longer term goal will be a one-time gene therapy injection that would replace short-term allergy treatments, which vary in their effectiveness. We havent quite got it to the point where its as simple as getting a flu jab so we are working on making it simpler and safer so it could be used across a wide cross-section of affected individuals, Dr. Steptoe said in the press release.

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A New Gene Therapy Could Hold the Key to Curing Allergies and Asthma - Futurism

Sangamo: Making Gains in Gene Therapy – Moneyshow.com (registration)

In a very competitive bidding process Sangamo Therapeutics (SGMO) has inked a significant global partnership with Pfizer (PFE), who brings a wealth of value to SGMO, and notably validates the latter companys gene therapy platform, explains biotech expert John McCamant, editor The Medical Technology Stock Letter.

After repeated delays at SGMO under the previous management, the new senior team is executing at a very high level with 4 clinical trials either under way and/or about to start for the first time in company history.

With the consensus often suggests SGMOs proprietary technology has been made obsolete with the emergence of CRISPR, this Pfizer collaboration totally refutes that notion and reminds investors that SGMO remains a gene therapy/gene editing leader, with the largest patent portfolio in the field.

In our view, this could be just the beginning for SGMO as we see further deals of this size or even larger.

PFE will provide $70 million in upfront cash. The deal is broadly based for hemophilia A and provides up to another $300 million in development funds for the lead compound SB-525 and another $175 million for related and follow-up compounds.

Lastly, SGMO will receive tiered double-digit royalties on net sales. Additionally, the company will be collaborating with Pfizer on manufacturing and technical operations utilizing viral delivery vectors.

Importantly, the joint venture also gives SMGO access to the Pfizer global hemophilia infrastructure, one that already has other hemophilia compounds under development.

Gene editing, along with cell and gene therapies are basically the most advanced technologies targeting a growing and competitive segment for many serious diseases that are otherwise not treatable/druggable with conventional pharmaceuticals.

SMGO has several first and next-generation platform technologies and they are still optimizing their development programs which will include both adults and children.

The new management of SGMO have really turned this company around, progressing in the lab, the clinic and this large collaboration with Pfizer validates this progress in one of the most competitive, blockbuster markets in the drug industry today.

With four clinical trials either underway and/or starting over the next twelve months, investors will hear a steady stream of clinical updates and potentially a major partnership for Alzheimers disease from SGMO .

Before today, the stock was trading at just a $312 million valuation likely based on the years of stops and starts, the previous managements reputation and the competitive noise around other technologies/companies.

With the recent slew of important, fundamental announcements positive FDA designations, encouraging Alzheimers data and now the big PFE deal validating the platform in our view, the 40% after-market run-up in SGMO shares is only the beginning. SGMO is a buy under $8 with a target price of $16.

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Sangamo: Making Gains in Gene Therapy - Moneyshow.com (registration)

A Futurist’s View on the Future of Health – PR Newswire – PR Newswire (press release)

JOHANNESBURG, June 6, 2017 /PRNewswire/ --"Healthcarein South Africa is changing significantly," says futurist Jack Uldrich. "Technology and globalcommunications are paving the way for unprecedented improvements for everyone in the nation."

Jack Uldrichmakes it his mission to help healthcareleaders address and embrace the imminent changes in the field. He has been selected to speak at the Future of Health Summit in Johannesburg, South Africa on June 9. The topic of his talk will be, "The Future of Health Care: 2020, 2025 and Beyond."

He will discuss how innovations in healthcare (new treatments, technologies, trends, telemedicine, etc.,) will transform the experience for patients, healthcare professionals and hospitals in South Africa. He will also discuss how these same trends will affect the broader Continent of Africa.

Among the trends Uldrichwill focus on is longevity.

"Typically," says Uldrich, "White South Africans currently have a lifeexpectancyof 71 years, while blackSouth Africanshave a life expectancy of 48 years of age. In the nextten to twenty years, one of the possibilities in healthcare may be increasing the overall life expectancy of all South Africansto those found in North America."

In the coming decades, longevity may increase worldwide, on average toward upward of 90 years.

Other technological trends he will discuss are Artificial Intelligence, wearable technology, augmentedreality, virtualreality, wireless mobility, nanotechnology,genomicsequencing, robotics, and3D printing.

Uldrichsays, "With bio-printed organs, living past the age of 90 will not be anything like living to that age today. We're already printing skin, kidneys, a replica of a beating human heart. Soon, if a person loses a limb, it's theoretically possible that we'll be able to print, layer by layer, a replacement."

Considered a technology visionary in the fields of healthcare, agriculture, finance, and energy,Uldrichspeaks hundreds of times a year all over the world delivering keynotes on technologicaltrends and the concept of unlearning.

He has spoken on the future of finance in the Bahamas, new opportunities in manufacturingin Brussels, the future of education in Istanbuland on the future of urban planning (addressing the Urban Land Institute) in San Francisco, among many others.

Following his engagementin Johannesburg, Uldrichwill return to the U.S. to speak to KeHeDistributors in Minneapolis on the future of the food industry on June 13 and address a private client in Houston, TX on the future of the petrochemical industry on June 20.

Parties interested in learning more about Jack Uldrich can view his website.

Media Contact: Jack Uldrich, Phone: 1.612.267.1212 Email: Jack@jackuldrich.com

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A Futurist's View on the Future of Health - PR Newswire - PR Newswire (press release)

Can we survive AI? A conversation with leading futurist, Calum Chace – Irish Tech News


Irish Tech News
Can we survive AI? A conversation with leading futurist, Calum Chace
Irish Tech News
Reading lots of science fiction made me think that intelligent machines were inevitable, but not for millennia. Reading Ray Kurzweil in 1999 made me think it could happen faster, and got me thinking about the potential downsides which he seemed almost ...

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Can we survive AI? A conversation with leading futurist, Calum Chace - Irish Tech News

Futurist warns municipalities to adapt to the 21st century or be left behind – ITBusiness.ca

WINDSOR, ON. Facing a room full of municipal IT staff, futurist Jim Carroll warned that too many of Canadas towns and cities are falling behind when it comes to entering the 21st century.

Too many, he said, are led by change-resistant baby boomers who rely on legacy systems; underestimate technologys impact on their citys operations and the degree to which the generations following them have embraced it; and ignore the private sectors impact on citizen expectations.

If I go to Amazon and buy something, I get one-hour delivery and instant status updates. With Dominoes, I can know exactly where my pizza is. So if something goes wrong with my garbage pickup service, I want the same type of information, Carroll, a trends and innovation expert who has given presentations to the likes of NASA and the Walt Disney Corporation during his 20-year career, told the audience at the 2017 MISA (Municipal Information Systems Association) Ontario annual conference.

Carrolls example wasnt random either: After reminding the audience how easily they could search a topic on Google or access their iPhones home screen, he shared what happened when his home city of Mississauga recently neglected to pick up his familys garbage likely the result of a nearby construction project.

When his wife called Mississauga staff, they blamed the citys parent region. Which led to a series of tweets.

If Im going to interact with the City of Mississauga, I want to do it through my smartphone, Carroll said. I expect the same degree of interaction and quality of service that I get from Amazon.

Modern municipalities, Carroll said, must learn to address service disruptions by providing mobile support and simplifying their customer service processes, lest they become victims of public complaints, as the city of Mississauga was on his Twitter feed.

Its a whole new world, he said. Youve gotta up your game in order to get there.

A leading challenge in entering the 21st century, Carroll said, is the outsized role change-resistant baby boomers often play in a citys leadership, and their inability to recognize the role technology plays in the next generations life.

For example, he said, he once gave a presentation at a Texas-based conference attended by some 600 CEOs and attempted to run a text messaging-based poll asking how ready they believed their companies were for the digital revolution. Three responded.

When he presented at his sons high school and ran a similar poll for 300 students, 89 per cent responded. Within 30 seconds.

The next generation is different, Carroll said. When I talk at banking conferences I warn them: the next generation doesnt understand bank reconciliations. They dont know what a cheque is. For them, banking is something they do through their mobile device. And theyre going to expect the same when paying their taxes, or accessing any type of municipal service.

Carroll was also quick to emphasize that he didnt mean to condemn all boomers.

I think a lot of them out there do get it, he said. One of my sons heroes is Ottawa mayor Jim Watson hes a very effective user of Twitter, and doing everything he can to accelerate the citys digital transformation.

Boomers, he noted, grew up in a period when computer programming was synonymous with frustrating programming languages such as COBOL (an acronym for common business-oriented language), which is still used in some 50 per cent of large companies.

No other generation in the history of mankind will need to take a course in COBOL, Carroll said. All my kids have known is friendly technology, with a mouse, so we can expect their relationship with computers to be different.

Carroll began his presentation with three statistics:

The first was that 65 per cent of todays children in preschool will eventually hold jobs that dont exist yet.

The second was that half of what is learned in the first year of a four-year bachelors degree is now obsolete by a students fourth year, even in fields such as computer science and biology.

The third, more anecdote than statistic, illustrated how quickly much of our technology has caught up to the 1960s vision of the future, originally meant to be far later than 2017.

For example, Carroll found scenes in The Jetsons, the Hanna Barbera animated series depicting life in 2061, that predicted Skype

Instagram filters

And even the Apple Watch.

The future arrived 50 years early, he joked.

The lesson municipal leaders need to take away from the Jetsons (and Star Trek, which Carroll noted has also influenced a great deal of modern technology), is that IT is no longer confined to a single department, but the lifeblood of their future communities.

Consequently, their IT staff need to enjoy a more elevated role.

IT managers need a seat at the table, he said. They need to make sure the mayor and city council understands that their role is changing.

More importantly, he said, they need to pursue and their leadership needs to provide the scale of funding needed to support and accelerate their communitys entry into the 21st century economy, one based on IT.

They need more play money, he said, adding that municipal leaders should think of CIOs as chief imagination officers, executives capable of disrupting everything from garbage collection to highway use to home care to city services access to paying taxes in a way that will attract further investment.

Those chief imagination officers need to be able to go out and work on the types of technologies and new capabilities that will accelerate their municipalitys knowledge and help them take their place among Ontarios communities of the future, Carroll said.

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Toyota Severs Ties With Tesla, Launches Their Own Electric Car Division – Futurism

In Brief Japanese car giant Toyota has officially divested from Tesla as of the end of last year. The company has begun its own electric car division and may also be helping to bring a flying car into reality.

Toyota officially ended its relationship with Elon Musks Tesla by selling off its remaining shares of the company by the end of last year. The Japanese automaking company began with a $50 million investment for a three percent stake in the company.

In a statement, Toyota spokesman Ryo Sakai said, via Reuters, Our development partnership with Tesla ended a while ago, and since there has not been any new developments on that front, we decided it was time to sell the remaining stake. Interestingly, late last year, Toyota formed an electric car division of its own. So, it looks like Japans biggest automobile company is looking to compete for Teslas market share.

News from the BBC points to Toyota investing in Cartivatorto develop a flying car. The startuphas been crowdfunding their vehicle, the Skydrive, which has projected speeds of about 100 km/h (62 mph) and the ability to fly 10 meters (33 feet) off the ground.

Credit: Cartivation

This move directly opposes previous statements made by Elon Musk regarding flying cars. In an interview with Bloombergearlier this year he said, Obviously, I like flying things. But its difficult to imagine the flying car becoming a scalable solution.

Electric cars have quickly become the clear front runner in the future of personal transportation. Still, it is exciting to see that flying cars may not altogether be DOA.

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Toyota Severs Ties With Tesla, Launches Their Own Electric Car Division - Futurism

IBM Created a Chip the Size of a Fingernail That Holds 30 Billion Transistors – Futurism

In Brief IBM has unveiled the world's first 5nm silicon chip. The chip offers a 40% performance boost at the same power, or consumes 75% less power at the same level of performance, enabling more powerful devices that are smaller. Scaling Down, Powering Up

In partnership with GlobalFoundries and Samsung, IBM has unveiled the worlds first 5nm silicon chip. The chip is notable in that it is smaller than previous versions yet more dense and powerful, therefore offering higher performance. Its also the first practical application of extreme ultraviolet (EUV) lithography and horizontal gate-all-around (GAA) field effect transistors (FETs).

Tri-gate finFETs, now used in most chip designs sized at 22nm and below, will probably be unsuitable at around 7nm. In contrast, GAAFETs particularly in tandem with EUV could work all the way down to 3nm. Below that size, no one yet knows what will function properly. FinFETs originally solved the volume issues older 2D transistors faced because they are 3D, increasing the volume of silicon atoms which can carry electricity by protruding from the substrate. GAAFETs can revert back into 2Ds using stackable silicon nanowires.

According to IBM, the new 5nm tech offers a 40 percent performance boost at the same power, or a 75 percent drop in power consumption at the same performance. Density is also significantly improved: IBM states that it can now fit up to 30 billion transistors onto a chip 50-square-millimeters across about the size of a fingernail. In the past, a similarly sized chip would hold 20 billion transistors at most.

As this technology continues to shrink, we will be able to fit more of it into less space. This will mean computers and other devices can becomemore powerful,but at the same time smaller and more portable. IBM is already on the job, having pointed out that GAAFETs are ripe for scaling down even further.

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IBM Created a Chip the Size of a Fingernail That Holds 30 Billion Transistors - Futurism

An Israeli AI Company Is Giving Machines The Gift Of Sight – Futurism

In BriefA startup operating out of Tel Aviv, Israel is looking tochange the way artificial intelligence is able to perceive theworld. Cortica boasts of having a transparent and verifiablemachine learning algorithm that makes it possible for machines tolearn, classify, and represent things without guidance. Seeing the World as We Do

On the second floor of a small office building in the middle of Tel Aviv, the bustling heart of Israels booming tech industry, sits the world headquarters for Cortica, an AI company with the ambitiousgoal of getting machines to see the world as well as we do.Click to View Full Infographic

They are one of hundreds of AI startups that have sprouted up all over the world in the last few years. The global AI market has now exceeded a billion dollarsandthe tech giants are racing to acquire them as they are re-positioning themselves as AI companies first.

But its a convoluted space with a high knowledge barrier of entry. Most of these companies use buzz words like machine learning, deep learning or neural networks knowing that most consumers and investors have no idea what they really mean.For someone without a background in the field it can be hard to distinguish substance from snake oil.

What makes Cortica different is that unlike most machine learning algorithms that are essentially blackboxes, systems where even the programmers dont know what the system is doing, Corticas program is transparent and verifiable.

It also relies on a branch of AI research called unsupervised learning. Most AI companies rely on algorithms that have to be taught by humans how to characterize and represent whatever they are learning. It is a much slower and more tedious process that has far less chance of revealing anything novel. Unsupervised learning algorithms, such as the ones Cortica uses, are capable of learning, classifying and representing things without guidance.

Cortica was founded by Professor Josh Zeevi and two of his doctoral graduates, Igal Raichelgauz and Karina Odinaev from Technion Israel Institute of Technology. Israel, a tiny country of just over 8 million people, has emerged as a global hub of technical innovation. Israel now has more companies listed on the New York stock exchange than any country besides America and China and 50% of those Israeli firms can trace their origins to Technion. If Corticas aspirations come to fruition, it will catapult itself to the top of a long list of successfulIsraeli startups.

As Prof. Zeevi states, There is no objective reason why computers should not do better than the human brain. Although no one is there yet, Cortica will get there. Their team, with offices in New York and Beijing, believe they have figured out how to reverse engineer the biological visual cortexto enable machines to see the world as well as we can.

Doing so is no trivial task as an incredible amount of processing goes on in your head whenever you open your eyes. As soon as your eyelids flicker open receptors in the back of your eye take in the visible light waves and convert it to electrical signals that relay that message to the back of your brain to sort and analyze the immense amount of information contained into the size, shape, depth, and color of all the objects in view. All that data then gets sent for further processing to your cortex which classifies everything into objects by comparing them to every other object you have ever encountered. This is how you recognize things, make sense of them and determine their function. This happens tens of times per second and gives you a sense of motion as each frame is represented by a selected group of neurons that constitutes a clique a fundamental concept in Corticas technology that was motivated by the neurophysiological function exhibited by cortical networks of neurons. This visual response is triggered instantaneously and gets compared with

This is how you recognize things, make sense of them and determine their function. This happens tens of times per second and gives you a sense of motion as each frame is represented by a selected group of neurons that constitutes a clique a fundamental concept in Corticas technology that was motivated by the neurophysiological function exhibited by cortical networks of neurons. This visual response is triggered instantaneously and gets compared with Corticas extensive data base of previously triggered clustered and stored image concepts represented by highly-compressed signatures of neural cliques. All told, it is a mind-boggling amount of processing that happens at every moment your eyes are open and is a process that Cortica believes they have managed to accurately simulate in silicon.

A number of companies now claim to be on the verge of getting machines to do this task with the same ease and fluidity that humans can. Cortica believes that their unique approach to the problem puts them ahead of the crowd and that they will be the first to come up with a visual system on par with our own.

This will have a wide range of applications and revolutionize a number of different fields. Everything from security cameras to autonomous vehicles to satellite imagery to medical diagnostics will be vastly improved by the application of this technology.

But that is just the beginning of what the people at Cortica believe their system will be capable of.

Endowing computers with a sense of sight will be a monumental step forward in AI research. Coupled with advances in natural language processing, AI will then have the fundamental pieces needed to understand and interact with the world. This will enable AI research to move into its next phase which is the search for the holy grail of computer science; AGI, artificial general intelligence.

Unlike narrow AI that is designed to take in and spit out specific information, AGI will be able to take in a variety of inputs and give a variety of outputs. In many ways this is what separates humans from computers, computers need specific instructions and can only output what they are directed to output. But humans can take in a wide range of inputs through our various senses and then do different tasks with that information. In the eyes of programmers, this makes us general purpose computers.

But we too are limited, mostly by the amount of information that we can process and the speed at which we can output information. People can really only do one task effectively at a time and can only send information at the speed at which we can talk or write. AGI has the potential to far exceed us in both.

Cortica believes that in time their technology will be a vital part of bringing about AGI. If successful, it will be the last tool we will ever need to create.

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Ray Kurzweil’s Most Exciting Predictions About the Future of Humanity – Futurism

In BriefRay Kurzweil is a formidable figure in futuristic thinking, ashe is estimated to have an 86 percent accuracy rate for hispredictions about the future. The future he envisions is one markedby decentralization of both the physical and mental. The Futurist

Motherboard has called Ray Kurzweil a prophet of both techno-doom and techno-salvation. With a little wiggle room given to the timelines the author, inventor, computer scientist, futurist, and director of engineering at Google provides, a full 86 percent of his predictions including the fall of the Soviet Union, the growth of the internet, and the ability of computers to beat humans at chess have come to fruition.

Kurzweil continues to share his visions for the future, and his latest prediction was made at the most recent SXSW Conference, where heclaimed that the Singularity the moment when technology becomes smarter than humans will happen by 2045. Sixteen years prior to that, it will be just as smart as us. As he told Futurism, 2029 is the consistent date I have predicted for when an AI will pass a valid Turing test and therefore achieve human levels of intelligence.

Kurzweilsvision of the future doesnt stop at the Singularity. He has also predictedhow technologies, such as nanobots and brain-to-computer interfaces likeElon MusksNeuralinkor Bryan Johnsons Kernel, will affect our bodies, leading to a possible future in which both our brains and our entire beings aremechanized.

This process could start with science fiction-level leaps in virtual reality (VR) technology. He predicts VR will advance so much that physical workplaces will become a thing of the past. Within a few decades, our commutes could just become a matter of strapping on a headset.

As Inverse points out,this paradigm shift could have some interesting consequences. Without the need for people to live close to work, we could see unprecedented levels of deurbanization. People will no longer need to flock to large cities for work or be tethered to a specific location. Inversesuggests that this decentralization may decrease the opportunity forterrorist attacks. Blockchain technology will continue to bolster decentralization as well.

According to Kurzweil, technology will not onlyenable us torethink the modern workplace, it will also give us the ability to replace our biology withmore substantial hardware. He predicts that by the early 2030s, we will be able to copy human consciousness onto an electronic medium.

As Inverse puts it, That means no more flesh, blood, or bones just a scan of your brain on a machine and [it] will enable humans to take any form, from a box to a bird. The even bigger implication of this ability is that humans will no longer die. As our brains will no longer be reliant on fragile biology, we could (theoretically) live forever.

Not all of Kurzweils predictions are so drastic, and some seem even more likely to come to fruition. For example, his prediction of truly ubiquitous WiFi is well on its way to becoming reality, especially with Elon Musks announcement that he hopes to beam the internet across the globe from space, and his belief that many of the diseases currently plaguing humanity will be eradicated by the 2020s also seems remarkably possible given ever more frequent medical breakthroughs.

Kurzweil envisions a future that is exciting, daunting, and a little bit terrifying all at once. Time will tell if his impressive batting average will improve or if the future has other plans for humanity.

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Ray Kurzweil's Most Exciting Predictions About the Future of Humanity - Futurism

A New Trial Is Using Data Servers to Heat Homeowners’ Water Supplies – Futurism

In Brief Nerdalize has developed a system that uses the heat produced by data servers to warm water in households in Holland. Not only does it help homeowners and companies in need of data storage save money, it also reduces CO2 emissions. Rethinking Data Storage

Nerdalize, a Dutch startup, has found a practical use for the huge amount of energy wasted in the cloud storage sector. Theyre installing cloud servers in households and using the heat to warm water.

According to the companys website, Combined, data centers use up more electricity than India and generate more CO2 emissions than the airline industry. A significant proportion of this electricity is used to cool servers, so rather than attempt to negate this heat, Nerdalize decided to develop a beneficial way to use it to heat water is peoples homes.

Through this system,Nerdalize will make a profit by selling data space; homeowners will save an estimated 300 ($337) a year in heating costs; and companies will save 50 percent on their data storage expenses. Beyond the financial benefit, the system also reduces the carbon emissionsof each house by up to three tons.

While some logistical aspects of the system may prove trickier than others such as maintaining the security of the servers and fixing them when they break the idea has proven wildly popular. A second pilot trial will start in 42 homes in August, and the companysSymbid crowdfunding campaignfar exceeded its target with weeks to spare.

The tech elite have pioneered a number of high-profile systemsto combat climate change, from Elon Musks electric cars and solar panel roofsto Bill Gates Breakthrough Energy Ventures. However, thetech world also has a whacky and innovative underbelly of which Nerdalize is a good example.

Students and startups, researchers and renegades are coming up with wonderful ideas. NET Power, formed by a retired chemist, a lawyer, and a chemical engineer, hasfound a way touse C02 emissions to produce energy,students from the Universit Laval have developed a car that gets 2,713 miles to the gallon, and the creators of theMashambas Skyscraper plan to use it to grow food tens of stories above the ground.

We clearlyneed a green energy revolution, and the only way to get there is to incorporate as many revolutionary ideas as possible. The innovative concepts proposed by companies like Nerdalize are vital for the future of our planet.

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A New Trial Is Using Data Servers to Heat Homeowners' Water Supplies - Futurism

New Instantly Rechargeable Battery Deals a Fatal Blow to Fossil Fuels – Futurism

In BriefPurdue researchers have developed a flow battery that wouldallow electric cars to be recharged instantly at stations likeconventional cars are. The technology is clean, safe, and cheap. Go With The Flow

Purdue researchers have developed technology for an instantly rechargeable battery that is affordable, environmentally friendly, and safe. Currently, electric vehicles need charging ports in convenient locations to be viable, but this battery technology would allow drivers of hybrid and electric vehicles to charge up much like drivers of conventional cars refill quickly and easily at gas stations.

This breakthrough would not only speed the switch to electric vehicles by making them more convenient to drive, but also reduce the amount of new supportive infrastructure needed for electric cars dramatically. Purdue University professors John Cushman and Eric Nauman teamed up with doctoral student Mike Mueterthies to co-found Ifbattery LLC (IF-battery) forcommercializing and developing the technology.

The new model is a flow battery, which is not does not require an electric charging station to be recharged. Instead, all the users have to do is replace the batterys fluid electrolytes rather like filling up a tank.This batterys fluids from used batteries, all clean, inexpensive, and safe, could be collected and recharged at any solar, wind, or hydroelectric plant. Electric cars using this technology would arrive at the refueling station, deposit spent fluids for recharging, and fill up like a traditional car might.

This flow battery system is unique because, unlike other versions of the flow battery, this one lacks the membranes which are both costly and vulnerable to fouling. Membrane fouling can limit the number of recharge cycles and is a known contributor to many battery fires, Cushman said in a press release. Ifbatterys components are safe enough to be stored in a family home, are stable enough to meet major production and distribution requirements, and are cost effective.

Transitioning existing infrastructure to accommodate cars using these batteries would befar simpler than designing and building a host of new charging stations which is Teslas current strategy. Existing pumps could even be used for these battery chemicals, which are very safe.

Electric and hybrid vehicle sales are growing worldwide and the popularity of companies like Tesla is incredible, but there continues to be strong challenges for industry and consumers of electric or hybrid cars, Cushman said in the press release. The biggest challenge for industry is to extend the life of a batterys charge and the infrastructure needed to actually charge the vehicle.

When can we expect to see these batteries in use? The biggest hurdle isnt the materials, which are cheap and plentiful, but person power. The researchers still need more financing to complete research and development to put the batteries into mass production. To overcome this problem, theyre working to publicize the innovation in the hopes of drawing interest from investors.

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New Instantly Rechargeable Battery Deals a Fatal Blow to Fossil Fuels - Futurism

A Plant 1000 Times More Efficient at CO2 Removal Than Photosynthesis Is Now Active – Futurism

In BriefThe world's first commercial carbon capture plant is nowonline in Switzerland. Its operators emphasize that both carboncapture systems and a low-carbon economy are essential to meetingclimate change goals. The CO2 Collector

Yesterday, the worlds first commercial carbon capture plant began sucking carbon dioxide (CO2) out of the air around it. Perched atop a Zurich waste incineration facility, the Climeworks carbon capture plant comprisesthree stacked shipping containersthat hold six CO2 collectors each. Spongey filters absorb CO2 as fans pull air through the collectors until they are fully saturated, a process that takes about two or three hours.

The container then closes, and the process reverses. The collector is heated to 100 degrees Celsius (212 degrees Fahrenheit), and the pure CO2 is released in a form that can be buried underground, made into other products, or sold.

According to Climeworks, the startup that createdthis carbon capture facility, hundreds of thousands more like it will be needed by midcentury if we want to remain below the limits set by the Paris Agreement. However, to keep the planets temperature from increasing bymore than 2 degrees Celsius (3.6 degrees Fahrenheit), well need to do something more than simply lowering global emissions.

We really only have less than 20 years left at current emission rates to have a good chance of limiting emissions to less than 2C, Stanford Woods Institute for the Environment director Chris Field told Fast Company. So its a big challenge to do it simply by decreasing emissions from energy, transportation, and agriculture.

Other innovative efforts to reduce global CO2 levels are already underway all over the world. Researchers at the University of California, Los Angeles (UCLA), have found a way to turn captured carbon into concrete for building, while scientists from Rice University have found that doping graphene with nitrogen allows it to convert CO2 into environmentally useful fuels. If enacted, various proposals to preserve wetlands, old growth forests, and other areas could alsoreduce CO2 levels.

Climeworks plant is particularly appealing because it can be used repeatedly, produces something commercially useful, and is about 1,000 times more efficient at CO2 removal than photosynthesis.

You can do this over and over again, Climeworks director Jan Wurzbacher told Fast Company. Its a cyclic process. You saturate with CO2, then you regenerate, saturate, regenerate. You have multiple of these units, and not all of them go in parallel. Some are taking in CO2, some are releasing CO2.

Even so, Field emphasizes that the possibility of carbon capture should not be seen as a license to emit more CO2. We need to combine the technology with a low-carbon economy to ensure our planets survival. Its not either/or, according to Field. Its both.

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A Plant 1000 Times More Efficient at CO2 Removal Than Photosynthesis Is Now Active - Futurism

The Launch was Successful. SpaceX Just Made History. – Futurism

In Brief Elon Musk's SpaceX successfully launched its Dragon spacecraft on its second mission to the International Space Station. The launch further solidifies SpaceX's goal to make space travel cheaper and more accessible. History in the Making

SpaceX is wasting no time on their mission to reinvent and revitalize space travel. The company has once again made history by successfully launching the previously-flown Dragon Cargo ship.The crafts first mission, back in September 21, 2014, successfully delivered 2.5 tons of cargo to the International Space Station.

According to CBSNews, for todays launch,the craft was filled with nearly 6,000 pounds of cargo including supplies, equipment, special telescopes to study neutron stars, mice, and even thousands of fruit flies.The craft launched from the historic Kennedy Space Centers launch pad 39A, the same pad from which the Apollo 11 mission launched in 1969.

The craft was successfully launched today, June 3rd at 5:07 PM EDT. Falcon 9 has just touched back down at the time of publishing and Dragon is well on its way in itstwo and a half day journey to the ISS.

TheDragon spacecraft now joins a prestigiousgroup of multi-orbit space flight craft like NASAs Atlantis, Challenger, Columbia, Discovery, and Endeavour firmly planting SpaceX as a formidable force in the new space race.

This is just the latest move by SpaceX that is poised to completelytransform spaceflight. In March, the company made history by successfully launching and landing a recycled rocket for the first time. The relaunch of the Dragon has proven that SpaceX can continue to make missions to space cheaper, and therefore, more accessible.

SpaceXs plans dont just stop at restocking the ISS. The company has much bigger plans involving putting people back on the moon next year and sending the first humans to Mars by 2025. While SpaceX is no doubt celebrating this latest achievement, they are hard at work preparing their next feat: launching theFalcon Heavy rocket this summer.

The SpaceX team is truly revolutionizing space travel for the betterment of all of humanity. Witha clear goal to make history and push the boundaries of whats possible on Earth and in space, SpaceX is rapidly cementing its legacy while becoming a forerunner in the race toward the future.

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The Launch was Successful. SpaceX Just Made History. - Futurism

Crackdown on Indian news network sparks fear that press freedom is under threat – Washington Post

India's Central Bureau of Investigation on Monday raided the home and offices of top television executives Prannoy and Radhika Roy, co-founders of news channel NDTV, which has often clashedwith Prime Minister Narendra Modi's government. In response, the networkput out scathing statements and broadcasts, saying the raids amounted to a witch hunt and a blatant political attack on the freedom of the press.

The raids were conducted in connection with loans from ICICI Bank taken out by the Roys, starting in 2008.

The networksaid the loans have been repaid, and it issued a documentthat appears to confirm their claim. NDTV and its promoters have never defaulted on any loan to ICICI or any other bank, read a statement posted on NDTV's website. "We adhere to the highest levels of integrity and independence. It is clearly the independence and fearlessness of NDTV's team that the ruling party's politicians cannot stomach and the CBI raid is merely another attempt at silencing the media."

In American media, it is considered patriotic to question and make the government accountable, here to be patriotic is to just agree with everything the government says, said Prannoy Roy, speaking to The Washington Post.

India ranks136th on the World Press Freedom index, slipping three places since last year. Dissenting voices are often silenced using sedition laws. More than 51 freedom of information activists have been found murdered since the law came to force in 2005.

Major corporate owners also limit the diversity of India's media: Although India has 86,000 newspapers and over 900 television channels, a handful dominate. Reliance, one of India's biggest companies, owns News-18, which dominatescoverage on a number of popular TV channels and magazines.

On Monday night, NDTVaired ahalf-hour Hindi language broadcast, anchored by Ravish Kumar, describing the atmosphere of fear in which Delhi's news mediaworks. If you ever meet a journalist on these streets ask if they are afraid. They'll tell you without speaking: 'Delhi's journalists are now scared.' This is the capital of fear," he said.

During the broadcast, Kumar said that had the raids not happened, his program would have focused on ongoing farmers strikes in the states of Maharashtra and Madhya Pradesh. This is an attack on all of you, he said. Just like this, every day, things that concern the ordinary man are pushed out of the national media.

Several editors and journalists have sharply criticized the raids. Raj Chengappa, president of the Editors Guild of India, said in a statement: Entry of police and other agencies into the media offices is a serious matter. NDTV, in various statements, has denied any wrong-doing and termed the raids as stepping up the concerted harassment of the news channel and an attempt to undermine democracy and free speech and silence the media.

Rajdeep Sardesai, a former NDTV anchor, now a consulting editor at rival networkIndia Today, said, When raids are carried on a respectable public figure, on a nine-year-old investigation, questions are bound to be raised."

NDTV's news coverage has riled up members of Modi's Hindu nationalist Bhartiya Janata Party, many of whom accuse the networkof being anti-BJP. Days before the raid, NDTV news anchor Nidhi Razdan had sparred with the BJP's national spokesman Sambit Patra on air and asked him to leave her show for his accusation that NDTV had an "agenda."

In November 2016, the Ministry of Information and Broadcasting had ordered an unprecedented 24-hour blackout against the network, saying its coverage on terrorist attacks at Pathankot had revealed strategically-sensitive information. NDTVargued thatits coverage was based on official news briefings and that other broadcastersthat had made the same revelations were not being penalized. At the last minute, the ban was lifted.

At a newsconference, India's minister of information and broadcasting saidthat the agency's officials were simply carrying out their duty and there was no political interference in their investigation. He said, "If somebody does something wrong, simply because they belong to media, you cannot expect the government to keep quiet.

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Crackdown on Indian news network sparks fear that press freedom is under threat - Washington Post