Biotech meets DIY hacker culture in Seattle

The following is an edited excerpt.

Right now it’s a storeroom filled to the ceiling with cardboard boxes and cast-off gizmos, but HiveBio’s hacker space is being transformed into the latest frontier for a nationwide DIY biotech movement.

Fueled by crowdfunding, grants and membership fees, community labs like HiveBio are delving into what’s arguably the 21st century’s hottest scientific frontier. Once, projects such as  DNA  barcoding, biofuel-producing bacteria and glow-in-the-dark organisms were the exclusive domain of professional researchers. Now they’re also the domain of amateurs — including Katriona  Guthrie -Honea, a 16-year-old student at Seattle’s Ingraham High School who is one of HiveBio’s founders.

Read the original article in its entirety here: Biotech meets DIY hacker culture, sparking new wonders and worries

Transgenics could head off ‘the end of orange juice’

The following is an edited excerpt. 

Recent coverage in the national news media is reporting the very real possibility of the end of orange juice, due to citrus greening, an incurable plant disease that’s ravaging the Florida citrus industry.

But biotechnology has overcome that so-called incurable disease in a way traditional plant breeding cannot, according to Dr. Bill McCutchen, executive associate director of Texas A&M AgriLife Research.

By moving genetic material from spinach to citrus, Dr. Erik Mirkov, an AgriLife Research scientist in South Texas, has developed a citrus tree resistant to citrus greening, McCutchen said.

Read the original excerpt in its entirety here: Expert: Transgenics could head off ‘the end of orange juice’

The forecast on the race, genetics, and intelligence debate

The following is an editorial summary.

It is often said that race is a social fact and a biological fiction. In reality, however, the idea of race serves a role in biology. It is useful to understand the genetic relationships of populations, and individual population identity, because traits correlate with population history. This relates to the ongoing debate about genetics, race and intelligence.

Read the full story here: How the race, intelligence, and genetics question will semi-resolve within the next 10 years

Stem cell therapy for dogs

The following is an excerpt:

Stem cell therapies that could one day lead to a cure for diabetes percolate in the hobbled back legs of an 11-year-old yellow Labrador named Daisy Mae Doodle.

Because the purebred with the graying muzzle could no longer jump on a bed, Susan Holoff paid about $3,500 for a procedure that may one day be tucked into a revolution changing treatment for everything from heart problems to herniated disks.

Today, stem cell treatments are more available to pets than to people.

Read the full article here: Stem Cell Therapy For Dogs Unleashing Hope, Angst

Angelina Jolie fallout: Should counseling be required with DNA screenings?

ap angelina jolie mastectomy rx c x

The decision by Angelina Jolie to undergo a double mastectomy after tests determined she carried a genetic mutation that elevated her chances of developing breast or ovarian cancer has led to renewed calls for expanded genetic screening. It has also raised a disconcerting question—could genetic testing actually be harmful to your health?

As is the case for many people with a family history of breast cancer, the Jolie story is very personal. She carried one of three mutations, specifically BRACA 1, that is linked to ancient Jewish communities. I can relate: My two sisters and I all carry one of these genetic mistakes (in our case, it’s BRCA2). I face a higher likelihood of contracting male breast cancer, as well as ocular and prostate cancers. Many of my family members, including my mother, developed breast or ovarian cancers. My mother died as a consequence of carrying this mutation. My young, female family members worry whether they should have their breasts and ovaries removed as a precaution.

It’s estimated that one in forty-three Jews (about 2.5%) carry one of these three genetic faults. Because humans move around and fool around, the BRCA mutations are also found in non-Jews like Jolie. It’s estimated that overall, one in nine women will develop breast cancer in their lifetime—although only a fraction can be definitively linked to a specific mutation like BRCA1 or BRCA2.

The Jolie revelation has sparked a welcomed public discussion about the benefits of testing. But it’s also raised questions about the need for counseling that often accompanies genetic screening—and calls by some to make counseling mandatory, regardless of cost or effectiveness.

The costs of mandated genetic counseling

I found out I was a potential carrier for one of the three “Jewish” breast cancer mutations in 2001, when I received a terrifying call from my oldest sister: she had been diagnosed with breast cancer.  Gratefully, she defeated the cancer but the issue of genetic screening—it’s costs and implications—took on personal significance.

After my sister’s diagnosis, I went in for my own screen. Even though the test costs just a few dollars, the elaborate process—blood test, counseling, follow-up consultations—cost thousands. That’s because scientists at Myriad Genetics had isolated and patented the two gene sequences used to diagnose these most common forms of breast and ovarian cancer.  I couldn’t be screened for these mutations without agreeing to this diagnosis and counseling regimen.

Luckily, because of my family history in battling this disease, my insurance company paid for most of the cost of the Myriad tests. But my out of pocket expenses still ran into the hundreds of dollars. Most other people in similar circumstances are not as fortunate. Many people don’t have insurance and many others who do are denied reimbursement unless they have a family history of breast cancer.

Myriad is at the center of a debate over whether companies should be allowed to patent human genes. The Supreme Court is expected to rule any day now on a challenge to Myriad’s patents; the justices heard oral arguments in April. It is a complicated and contentious case, but not one I’m addressing here. My focus is on the test itself: should it be readily available to a wider population? And if so, should those who take it be required to undergo expensive counseling that in my case drove the cost from a few dollars to a few thousand dollars?

The first question is easily answerable. In the past few years, a number of companies have developed inexpensive screening tests for prospective parents. These prenatal screens can determine the likelihood of their offspring developing so-called Mendelian disorders—diseases (like those linked to BRCA1 and BRCA2) caused by mutations in single genes. State and federal agencies and insurance companies are gradually adopting these tests; after all, an investment of a few hundred dollars on a test could prevent a disease that could cost hundreds of thousands of dollars down the road. There is some resistance to these tests, just like amniocentesis faced years ago; but the medical establishment and most people will inevitably embrace them.

Assuming these tests become widespread, will the government step in and require that inexpensive screens be linked to mandated counseling—which can sometimes cost 10 times more than the test itself? This is already the case for those who seek out a test for BRCA1 or BRACA 2. Myriad requires counseling with the fees split between the testing company and the clinic or hospital that administers the test. Those who can’t afford the mandatory counseling are out of luck. Barring Myriad’s hardship pass, they will have to choose between their economic well-being and their family’s health.

Direct-to-consumer tests provide a valuable service for a low price

A few years after my positive BRCA test, I faced that very dilemma. I had other family members under my care that needed a test, but temporarily had no insurance coverage, and I could not afford the $3000+ price tag for the test and counseling. It was an excruciating time.  Luckily, in 2010, a US District Court temporarily invalidated Myriad’s patent rights. For two years, until that ruling was reversed (setting the stage for the current Supreme Court decision), other companies jumped in to offer the test at drastically reduced rates.

I had a family member screened by the personal genomics company 23andMe as a free add-on to its then-$99 broad-based genetic test, which covers more than 240 health conditions and also reports on ancestry. They could test for BRCA mutations as a “freebie” because the test—now done accurately by swabbing the inside one’s mouth—costs almost nothing and they did not require extensive and expensive genetic counseling.

Are counseling sessions necessary? Not always. In my case, the answer was “no.” I was well versed on the test and its consequences and found the counseling worthless and time-consuming. However, for many people unfamiliar with the disease and how to interpret a genetic test, counseling could be very useful.

The sticking point here is choice. Should everyone be required to undergo counseling as part of screenings, as is now the case with the Myriad tests? If such a requirement became widespread it could economically damage or force the shut down of entrepreneurial genetic screening companies that are offering a wide variety of tests at very low costs to the public. The medical establishment is lobbying hard to make counseling mandatory, which could end the era of inexpensive direct access tests.

This developing drama played out in a recent article by Cheryl Platzman Weinstock in Oprah, reposted on Huffington Post last week. The original title, in the magazine, is inflammatory: “When Genetic Testing Can Be Dangerous to Your Health.” It’s in part a powerful personal story about the consequences of DNA screening misdiagnoses, but it’s positioned as an argument for mandatory screening. It opens with the anecdote of one woman, whose test for breast cancer came back positive. She had a mastectomy only later to find out that the gene variant she had was of “uncertain significance,” and in fact the surgery had not been necessary.

The article is well meaning—after all no one should assume that any diagnosis is definitive, and second opinions are always suggested when major surgery is in the offing. But there were some gaping holes in the story. Readers were not told of the details of the original diagnosis or why the original test was deficient. “Acosta’s ordeal highlights why it’s so important that clinicians be adequately schooled in genetics before they offer testing to patients,” Weinstock writes. “Until the majority of doctors catch up with the science, meeting with a genetic counselor or a clinician with training in the field is your safest option.”

Misguided establishment?

Weinstock’s recommendations—let’s have more and better genetic counseling—are obviously wise. Let’s educate more clinicians and provide genetic counselors, when appropriate. But should we require counseling, which many doctors now argue for?

Large biotech companies, such as Myriad and Genentech, that offer proprietary tests through physicians at far higher prices than those offered by startups, are trying to lock in the current system that by and large requires counseling, regardless of cost. They’ve filed “citizen’s petitions,” which encourage the Food and Drug Administration to regulate smaller competitors out of the market. They are joined in this effort by the American Medical Association, which has urged the FDA to mandate that a physician register a billing event every time patients want to view their own genomic profile—a backdoor way to require counseling. Why the counseling requirement? The AMA and a few members of Congress have suggested that consumers might, in the words of one congressman, “jump off a building” after finding out that they might have a genetic predisposition to a disease. Supposedly, a counselor would preclude such spontaneous meltdowns.

Despite numerous studies debunking the notion that individuals have severe negative psychological reactions to their own genetic information—including a large peer-reviewed report in the New England Journal of Medicine—the AMA holds by its belief that citizens cannot be trusted with direct access to their own DNA data. In taking this stance, the AMA is out of sync with the younger, more technologically savvy physicians of the Health 2.0 movement who believe that one way to keep health costs down is to empower patients by giving them access to their own medical records, including their own genome.

Personal genomics is revelatory and scary—and potentially of great personal and medical importance. Let’s hope that we don’t overreact to the powerful tools now becoming available by setting restrictions on their availability. Genetic counseling should be a choice—not an expensive mandate that will prevent many consumers access to critical knowledge about their health and history.

Jon Entine, executive director of the Genetic Literacy Project, is a senior fellow at the Center for Health & Risk Communication and STATS (Statistical Assessment Service) at George Mason University.

 

 

 

 

 

Don’t Fear GM Crops, Europe!

The following is an edited excerpt. 

Researchers have genetically modified crop plants to grow well in harsh environments where conventional crops cannot flourish due to the prevalence of pests and diseases. They can overcome weeds by allowing the use of environmentally-safe herbicides, and they can overcome insect pests and the diseases they carry by producing very specific toxins that do not affect beneficial insects and are harmless to humans and animals. But there is one environment that seems insurmountably hostile to GM crops—the European Union.

Why is the EU so against GM crops? This is a question that top-level policymakers will likely never answer, even though the EU’s own scientific bodies have demonstrated that GM crops are safe.

Read the original article in its entirety here: Don’t Fear GM Crops, Europe!

Biological computer uses DNA in calculations

The following is an excerpt.

A biological computer – the most advanced one ever developed – has been created by researchers from the Technion-Israel Institute of Technology in Haifa. This biological transducer is created using only biomolecules including DNA and enzymes. The device is able to read genetic code, carry out calculations and manipulate DNA to report its results.

The biomolecular computer could be used to detect DNA sequences, as well as to process and manipulate genetic code. Researchers believe that a sufficiently-advanced biological computer could have the computational power of a universal Turing machine, able to simulate other computers.

Read the full story here: Biological computer uses DNA in calculations

Anti-GMO marches stumble

The following is an excerpt.

Protesters with a group calling itself “March against Monsanto Coachella Valley” staged rallies in Indio and Palm Springs on Saturday morning, part of an international movement aimed at protesting the multinational corporation.

Similar marches and rallies against seed giant Monsanto were held in 250 countries across the globe Saturday[…]

Halfway through the start of Indio’s march, only 10 people had shown up — wielding signs, a flag, drum and tambourine.

Read the full story here: Anti-GMO marches stumble

Australia: When GMO bans are lifted, premium green brands will suffer

The following is an edited excerpt. 

Lifting Tasmania’s ban on genetically engineered crops would devastate producers relying on green branding, a group says.

Pressure is mounting on the state and federal governments to lift bans on genetically modified crops and animals for trade reasons, The Mercury reports.

But farmer and winemaker Tony Scherer said Tasmania could not compete by selling large volumes of produce and being GE-free gave the state a vital advantage.

“It’s absolutely essential to keep the ban in my view. Tasmania is never going to outproduce anybody volume-wise,” Sprout Tasmania president Mr Scherer said.

“We need to do things on the premium end of the spectrum and be able to provide to people around the world who want GE-free.”

Read the original article in its entirety here: Tassie’s brand may face GM risk

Canada: Lobbyists push for DNA swabs after arrest

The following is an excerpt.

A growing number of law enforcement representatives are calling for new powers to collect DNA from criminal suspects at the time of their arrest, not just upon their conviction and sentence.

They say the law already allows authorities to get fingerprints and photographs when someone is taken into custody, so is it that much of a stretch to ask suspects to open their mouths for a DNA swab to see if they might be connected to other unsolved crimes?

Hacking biotechnology: Do-it-yourself wonders and worries

hivebio boxes p photoblog

The following is an editorial summary.

What happens when the do-it-yourself ethos of hacker culture encounters the ethically and emotionally fraught landscape of biotechnology? Well, you get glowing trees, among other things. NBC News profiles some of these upstart biotech labs. To quote:

Fueled by crowdfunding, grants and membership fees, community labs like HiveBio are delving into what’s arguably the 21st century’s hottest scientific frontier. Once, projects such as DNA barcoding,biofuel-producing bacteria and glow-in-the-dark organisms were the exclusive domain of professional researchers. Now they’re also the domain of amateurs — including Katriona Guthrie-Honea, a 16-year-old student at Seattle’s Ingraham High School who is one of HiveBio’s founders.

“When you open up access to biotech and biology, people understand it more,” she told NBC News. “They’re also less afraid of it.”

Not everyone is less afraid, however. The glowing-plants project already attracted an anti-Kickstarter (Kickstopper?) campaign in an attempt to prevent this “dangerous” technology from being pursued. And the labs profiled by NBC are under the watchful eye of the FBI. Still …

[W]ho knows? Just as a couple of guys working in a garage accelerated the computer revolution in the 1970s, a couple of gals working in a community biolab may supercharge the biotech revolution.

Read the full story here: Biotech meets DIY hacker culture, sparking new wonders and worries

RNA bandages to encourage wound healing

The following is an excerpt.

Medical researchers think specially tailored RNA sequences could turn off genes in patients’ cells to encourage wound healing or to kill tumor cells. Now researchers have developed a nanocoating for bandages that could deliver these fragile gene-silencing RNAs right where they’re needed. The team hopes to produce a bandage that shuts down genes standing in the way of healing in chronic wounds.

Read the full article here: Bandages Silence Genes

Anti-GMO leaders withdraw from ‘Great Biotech Debate’ — Forum will go on

debate article graphic

Over the weekend, the cartoonish ‘March Against Monsanto’ played out in many cities across the United States and the world, invariably to small crowds—although the organizers and anti-biotech NGOs did their best to claim inflated numbers in an attempt to garner headlines.

One of the biggest disappointments for organizers was in foodie central, Denver, where an estimated two hundred people (organizers had predicted 5,000) turned out to hear anti biotech author and activist Jeffrey Smith rail against Monsanto.

That’s the same Jeffrey Smith who earlier last week withdrew from the planned “Great Biotechnology” debate scheduled for June 4 at the CATO Institute in Washington, DC. The event was shaping up to be a genuine first—a civil discussion between pro-science advocates sympathetic to the role of biotechnology in food and farming and dedicated opponents who believe transgenic foods are a violation of nature and harmful to humans and animals.

Smith, if you’re not familiar with him, founded an organization known as the Institute for Responsible Technology. He’s written two anti-biotech self-published books and produced a documentary narrated by the wife of Dr. Mehmet Oz, whose show he has appeared on numerous times to rail against Monsanto and crop biotechnology.

Oz often characterizes Smith as a “scientist.” However his employment history reflects no formal training in any aspect of science, let alone biotechnology. Keith Kloor, who writes a respected blog for Discover, refers to him as a prototypical purveyor of pseudo-science. “He is the equivalent of an anti-vaccine leader, someone who is quite successful in spreading fear and false information,” Kloor writes.

As Kloor notes, Smith’s Wikipedia bio seems a fair representation of his cult following and importance among anti-GM campaigners:

Jeffrey Smith, flying yogic instructor.
Jeffrey Smith, flying yogic instructor.

A variety of American organic food companies see Smith “as a champion for their interests”, and Smith’s supporters describe him as “arguably the world’s foremost expert on the topic of genetically modified foods”. Michael Specter, writing in The New Yorker, reported that Smith was presented as a “scientist” on The Dr. Oz Show although he lacks any scientific experience or relevant qualifications. Bruce Chassy, a molecular biologist and food scientist, wrote to the show arguing that Smith’s “only professional experience prior to taking up his crusade against biotechnology is as a ballroom-dance teacher, yogic flying instructor, and political candidate for the Maharishi cult’s natural-law party.” The director of the Organic Consumers Association says Smith is “respected as a public educator on GMOs” while “supporters of biotechnology” have described him as “misinformed and misleading” and as “an activist with no scientific or medical background” who is known for his “near-hysterical criticism of biotech foods.”

Organizing opposites

When I was putting together this panel, Smith was clearly the perfect choice to represent the “other side.” After all, in controversies, you don’t get to choose your opposition; the public does that for you. For whatever reason, Smith has become wildly popular among the antis, and his books—however dubiously written and sourced—are cited as canon by rank and file protestors.

Despite his questionable reputation among serious scientists (he is often referred to in conversations with top geneticists as a ‘scam artist’) over the course of the months planning this event we talked many times. I found Smith to be engaging, witty, and in his own way very smart. I too wondered if he was a huckster, cashing in on his new celebrity; I can say, honestly, I found him nothing if not sincere. At every step along the process, he demonstrated integrity. I believe his understanding of science, risk and genetics are frighteningly thin, but I don’t believe the misinformation he is spouting is entirely calculated. I like him to this day, and hope at some point we can re-engage in a civil and open discussion.

Smith and I are communicators, although of two very different kinds. As we were planning the event, we agreed it would be best to bring scientists into the mix. He opted to recruit French professor Gilles-Eric Seralini of the University of Caen, whose paper released last fall claiming that rats fed Monsanto’s genetically modified corn developed multiple cancerous tumors turned him into a global celebrity among anti-biotech campaigners. The anomalous study was savaged by mainstream scientists and rejected by every major independent research organization in the world that reviewed it. It was rife with methodological problems and obvious ideological biases.  Nonetheless it has become a poster child for “GMOs will kill you” and Monsanto conspiracy theorists. Seralini, who agreed to join us via Skype, was the best the anti-biotech campaigners had to offer.

To counter Seralini, I originally recruited Anastasia Bodnar, a biotechnologist with a degree in sustainable agriculture who was previously a President’s Management Fellow and worked at the National Institutes of Health. Most notably she is co-director of the non-profit Biology Fortified a site popular among young sustainability focused scientists, geneticists and food experts.

However, because of a work conflict, she had to pull out. On short notice, I recruited a more than capable replacement in Kevin Folta, Interim Chair of the Horticultural Sciences Department at the University of Florida. He’s published two seminal texts on genomics and dozens of articles, and actively engages biotech issues in public. Like Bodnar, he is one of an emerging group of post-ideological scientists who understand the constructive potential of biotechnology.

Smith pulls out; Seralini follows

The debate began to unravel just two weeks before the scheduled event. Smith objected to the unexpected substitution of Folta, who is an active online presence, engaging and debating campaigners and carefully laying out counter, science-based arguments. Smith immediately balked at the substitution. According to Smith, Folta had “crossed the line” in some criticisms of him, although he didn’t provide any examples. His nerves clearly jangled, Smith ultimately decided he was not comfortable with Folta, and said he would not debate. He then said he had too many commitments, and could not prepare for the event even if he had wanted to. He then promptly flew off to Denver to address a relative handful of fellow anti-Monsanto conspiracy theory protesters missing out on the opportunity to talk with tens of thousands of people through this Internet streamed debate.

Seralini’s withdraw was equally messy. After Smith’s decision, he suddenly decided that my previously published criticisms of his studies were “libelous” and that he would never be involved in a debate with me. In fact, I had posted a number of articles in Forbes about the Seralini Affair seven months ago; he was well aware of those, as he had reference them in communications in the weeks prior to his pullout.

Why the sudden turnaround? Seralini sent a torrent of bizarre notes, saying he would not debate Folta because he was not a toxicologist and only a toxicologist would fairly review his work. Folta, of course, is a prominent plant geneticist that reviews and edits scholarly work across disciplines.   The Great Debate was never going to focus entirely on Seralini’s controversial study; it was about the future of food and the farm. But the hubristic French scientist apparently had been expecting to turn the debate into the Eric Seralini Show; when he finally realized he’d have to debate science—and the broad issues of biotechnology and world food security—he panicked and withdrew.

It’s only a guess, but I believe Folta scared the bejeebers out of him. Folta is a dogged defender of science, with a nuanced understanding of the benefits and the challenges that accompany this powerful but complicated technology. He’s not afraid to go on the web or into public hornet’s nests to make the case for science.

Folta and I, with CATO’s support, are committed to going on with the public event. We will present both sides of the issue—in fact we will go out of our way, for the sake of a vigorous public discussion, to “make the case against biotech crops.” This is a debate worth having. We may yet add a third presenter. Stay tuned for updates. Please do check out the event on Tuesday, June 4, 2:00-4:00 pm Eastern Time. It will be streamed live on CATO’s site as well as on the Genetic Literacy Project.

Jon Entine, executive director of the Genetic Literacy Project, is a senior fellow at the Center for Health & Risk Communication and STATS (Statistical Assessment Service) at George Mason University.

Philippines: Court stops field testing of GM eggplant

The following is an edited excerpt.

The Court of Appeals has stopped the nationwide field testing of genetically modified eggplants in the Philippines.

In a 26-page decision issued on May 17 but only announced Friday, the appellate court’s Special 13th division through Associate Justice Isaias Dicdican ruled that “the field trials of genetically modified organisms Bacillus thuringiensis (bt) eggplants could not be declared…as safe to human health and to our ecology with full scientific certainty, being an alteration of an otherwise natural state of affairs in our ecology.”

Read the original article in its entirety here: Court stops field testing of GMO eggplants

The precautionary principle stops GM eggplants in the Philippines

Eggplant

The following is an edited excerpt.

The Court of Appeals recently struck a blow to GMO crops in the Philippines by its decision to stop field trials for Bt talong, a genetically modified (GMO) eggplant. If successful, this biotech crop would have allowed Filipino farmers larger harvests while spraying less pesticides in their fields.

We need to strike a note of caution, but not in the way the court ruling suggests. Instead, as we look at GMO crops, we must be careful we understand what they are, why they are an important technology to help us feed our people, and why the scientific community says they are safe.

This recent court ruling unfortunately dictates that scientific research on Bt talong, and possibly on these other new biotech crops, must come to a halt. Our universities may no longer be able to do this vital research and we have deprived ourselves of potentially ground-breaking technology that could have benefited our farmers and our country. Meanwhile, the US, China, India and other nations reap the economic rewards of research and development on biotech crops, while we and our farmers will once again be left behind.

View the original article in its entirety here: Who’s afraid of the GMO eggplant?

Food companies struggle to replace GM ingredients

gmo articleLarge

The following article is an edited excerpt.

Food companies big and small are struggling to replace genetically modified ingredients with conventional ones.

Pressure is growing to label products made from genetically modified organisms, or “GMOs.” In Connecticut, Vermont and Maine, at least one chamber of the state legislature has approved bills that would require the labeling of foods that contain genetically modified ingredients, and similar legislation is pending in more than two dozen other states. This weekend, rallies were held around the globe against producers of genetically altered ingredients, and consumers are threatening to boycott products that are not labeled.

And so, for many businesses, the pressing concern is just what it will take to gain certification as “non-GMO.”

Read the full story here: Seeking food ingredients that aren’t gene-altered

Additional Resources:

 

 

GM foods and Jewish law: A Rabbi’s perspective

The following is an edited excerpt.

As our knowledge of our world broadens and through science we come to new understandings of our surroundings, new complications and questions arise in how we observe kosher dietary laws. While we so often focus on the ethical issues of meat, we lose sight on the ethical ramifications of how we pursue a different matter of the laws and customs of kashrut.

if herbicides and pesticides protect food crops from destruction and therefore lead to higher yields so more people have access to more food, might the dangers and threats of their use be a tension worth contemplating? Coming from a place of Jewish law and ethics, we must weigh the purported threats and purported benefits of the use of chemical herbicides and pesticides.

Read the original article in its entirety here:  GMOs and Jewish Law: Chemical Herbicides and Pesticides

Why the “March on Monsanto” hurts the hungry

The following is an edited excerpt. 

May was March-on-Monsanto month. An array of celebrities, ranging from Danny DeVito to Dave Matthews, called for protests against the St. Louis-based agriculture giant — not for anything like the killer Vietnam-era herbicide Agent Orange it once produced, but for food technology that is saving millions of lives in poverty-stricken countries.

It’s fast becoming fashionable inside America’s hard left to loudly condemn genetically modified (GM) crops — and those evil corporations that produce them. The rebellion that first flourished on European soil — despite a dearth of evidence showing GM’s dangers — has been imported to U.S. shores by groups like Greenpeace.

Read the full story: Why the march on genetically engineered food hurts the hungry

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