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NEW CONTENT MOVED TO MIDDLEBORO REVIEW 2

Toyota

Since the Dilly, Dally, Delay & Stall Law Firms are adding their billable hours, the Toyota U.S.A. and Route 44 Toyota posts have been separated here:

Route 44 Toyota Sold Me A Lemon



Showing posts with label Tom Philpott. Show all posts
Showing posts with label Tom Philpott. Show all posts

Wednesday, January 15, 2014

Wait, We Inject Antibiotics Into Organic Chicken Eggs?!


Kinda takes your breath away!

Wait, We Inject Antibiotics Into Organic Chicken Eggs?!


| Wed Jan. 15, 2014
 
Which came first: the organic chicken or the gentamicin injection?
 
When you've covered a topic long enough, you get the idea you've heard it all. Then along comes a factoid like the one I discovered while preparing my recent piece on the recent blockbuster Consumer Reports study on supermarket chicken and antibiotic-resistant bacteria. I learned that at the industrial hatcheries that churn out chicks for the poultry industry, eggs are commonly injected with tiny amounts of an antibiotic called gentamicin, which is used in people to treat a variety of serious bacterial infections.
 
To sterilize the small hole required to get a vaccine into an egg, the industry commonly shoot in a bit of gentamicin.
 
That alone dropped my jaw—what, the practice of dosing chickens with antibiotics has to begin literally in the egg? But get this: The practice is allowed in organic production, too. Organic code forbids use of antibiotics in animals, yet in a loophole I'd never heard of, such standards kick in on "the second day of life" for chicks destined for organic poultry farms.

John Glisson, a veterinarian for the US Poultry & Egg Association, told me the practice originated decades ago, when the industry began vaccinating chicken embryos to prevent a common condition called Marek’s disease, a deadly herpes virus that attacks chickens. To sterilize the small hole required to get the vaccine into the egg, the industry would shoot in a bit of gentamicin. Glisson added that it remains a common practice, but that it has declined in recent years as the industry has begun to move away from reliance on antibiotics. Neither Glisson nor the FDA could give me precise data on how often it's used these days. The Food and Drug Administration allows such injections only when prescribed by a veterinarian, a spokesperson said.

So what's the problem with giving chicken a little antibiotic boost as it starts life? For starters, the practice could promote the spread of antibiotic-resistant superbugs. A 2007 peer-reviewed study found of Maryland and Virginia workers in conventional chicken houses were 32 times more likely to carrying gentamicin-resistant E. coli than their neighbors who don't work in the industry.
 
And Robert Martin, director of food system policy at Johns Hopkins' Center for a Livable Future, expressed skepticism that cleaning up after a vaccine is the only function of the practice. He said that while he was heading up the Pew Commission on Industrial Animal Production back in 2007, he visited an industrial hatchery and witnessed the injections take place. "During the Commission study [completed in 2008], we learned that virtually every egg is injected with very small doses of gentamcin before they go in the incubator," he said. In addition to sterilizing the egg, he pointed to another possible benefit of the injections—that they "probably aid in rapid growth of the chick in the egg"—i.e., growth promotion, one of the reasons industrial-scale livestock producers have been relying on antibiotics for decades.

So why the loophole in organic? Bob Scowcroft, a veteran of organic-policy debates and now-retired founder of the Organic Farming Research Foundation, explained to me that back in 1990, when the Organic Foods Production Act of 1990 was crafted, organic chicken production barely existed—and there were certainly no organic hatcheries. It never occurred to anyone to require that chicks come from special hatcheries, he said—such a rule would have crippled the industry from the start. "It was a chicken-and-egg thing," he quipped.

The "no antibiotics" label, on the other hand, actually means no antibiotics—even before the second day of life.

Since then, as the organic-chicken market has boomed, there seems to have been little push to change the second-day-of-life loophole. I contacted the USDA's Agricultural Marketing Service about the mat. Congress would need to amend the Organic Foods Production Act of 1990 to remove the exception.

That no one has tried to force it to strikes me as odd. In field crops, organic code requires farmers to use organically grown seeds "when commercially available." That provision has given rise to a still-small, but robust and growing, organic seed market. The rise of organic seeds is crucial to the future of organic farming, because plant strains adapted to heavy chemical use and monocrops don't always do well in diversified, low-input systems, as organic-seed expert Matthew Dillon never tires of pointing out. But until Congress adds a similar "when commercially available" requirement for organically raised chicks, it's hard to imagine an organic-hatchery sector developing.

Nevertheless, change does appear to be afoot in the industry. Poultry behemoth Perdue, most known for its conventional chicken, is also the nation's number-one organic chicken producer, through its Coleman Natural, Rosie, and Draper brands, company spokesperson Julie DeYoung told me. And those brands source their chicks from company-owned hatcheries that use no antibiotics, she said.

The reason has to do not with the organic label, but rather with another USDA-regulated label, the "raised without antibiotics" tag, which also adorn the Perdue organic brands. (In its conventional operations, DeYoung told me, Perdue has over the past five years removed antibiotics from 80 percent of its hatcheries.)


Back in 2008, the USDA determined that Perdue's rival chicken giant Tyson had been abusing that label by subjecting eggs on hatcheries to gentamycin injections. Since then, any chicken brandishing that label can't have ever been subjected to the controversial drug, not even in the egg. That is, "no antibiotics" means no antibiotics—even before the second day of life. So on this narrow point, the relatively new "no antibiotics" label has more teeth than the older and more formidable organic stamp.


Tom Philpott

Food and Ag Correspondent
Tom Philpott is the food and ag correspondent for Mother Jones. For more of his stories, click here. To follow him on Twitter, click here. RSS |

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Wednesday, August 7, 2013

Test-Tube Meat's Secret Ingredient: Unborn Cow Blood

Don't fall in love with test-tube beef yet.....


Test-Tube Meat's Secret Ingredient: Unborn Cow Blood


| Tue Aug. 6, 2013 3:00 AM PDT
 
Score one for the techno-optimists. Dutch researchers, funded by Google gazillionaire Sergey Brin, have managed to move lab meat from the test tube to a taste test—a high-proflle one in London. Two intrepid critics, a food scientist and the author of a book on food's techy future, found it, well, almost meatlike. Here's the Washington Post:
Rützler [the food scientist] gave the chef an appreciative nod. "It's close to meat, but it's not as juicy," she said. "I was expecting the texture to be more soft. The surface was surprisingly crunchy." She added: "I would have said if it was disgusting." Schonwald [the author] said the product tasted like "an animal protein cake."
Okay, that last phrase doesn't exactly pique the appetite, but you have to admit, it's not a bad showing for a product that came not from a cow grazing a lush meadow, but rather from tissue derived from bovine stem cells and grown in "nutrient solution."

News of the successful tasting excited some food system researchers. Responding to enviro writer Andy Revkin, University of Minnesota scholar Emily Cassidy tweeted, "Why is #culturedbeef important? Shifting away from grain-fed beef could feed over 350 million more people." To underline her point about the inefficient nature of grain-fed meat, Cassidy presented this excellent video:





In the video, Cassidy makes the key point that it's generally wasteful to grow grain to feed animals for the purpose of eating the animals—it makes much more sense to directly eat the grain. One reason is that, say, the corn we grow to feed cows isn't converted only into burgers and steaks. It also creates and supports a large, inedible skeleton, blood, and various organs—most of which becomes waste.

Cassidy's tweet suggests that lab-grown meat can largely overcome this problem. But just as cows don't grow out of thin air—they need feed—in vitro meat doesn't appear magically in those lab vats.

It, too, needs to be fed something if it's going to grow. And that brings up a serious question that's rarely dealt with in techno-optimist takes on lab meat: What, precisely, is in the "nutrient solution" the stem cells convert into edible flesh? Then there's the question of the energy required to maintain proper conditions for large-scale lab meat growth.

In a Discover piece last year, University of California-Los Angeles synthetic biologist Christina Agapakis looked at these questions head on and found plenty of reason for skepticism. First, the energy problem:
Cell culture is one of the most expensive and resource-intensive techniques in modern biology. Keeping the cells warm, healthy, well-fed, and free of contamination takes incredible labor and energy, even when scaled to the 10,000-liter vats that biotech companies use. In addition, even in those sophisticated vats, the three-dimensional techniques that would be required to grow actual steaks with a mix of muscle and fat have not been invented yet, though not for lack of trying. (This technology would primarily benefit our ability to make artificial organ replacements.) Add on top of that the fact that these three-dimensional wads of meat would have to be exercised regularly with stretching machinery, essentially elaborate meat gyms, and you can begin to understand the incredible challenge of scaling in vitro meat.

Then there's the feed question. "The growth medium that provides nutrients, vitamins, and growth hormones to the cells is currently made with a mixture of sugars and amino acids supplemented with fetal bovine serum—literally the blood of unborn cows," she writes. Fetal bovine serum is a slaughterhouse byproduct (it comes from cows' blood) used mainly by the pharmaceutical industry.

Current cost: $250 per liter—which is one major reason the five-ounce burger tested in London set Sergey Brin back $330,000.

Of course, relying on a slaughterhouse byproduct for feed means that currently, lab-grown beef can't exist without a vast conventional beef industry. (And obviously, you'll never market a $330,000 burger anyway.)

The hope, though, is to create cheaper, non-animal-derived feed sources from blue-green algae. But don't hold your breath, says Agapakis. Blue-green algae, too, is ruinously expensive. Scientists have been trying for decades to cheaply scale up algae production, she writes, but those efforts have failed.
Today, algae is used to produce extremely high-value health-food products, like omega-3 fatty acids and carotenoids, with the average market price for algae products at around $150 per pound of dry cells produced. Compared to the price of corn, which is about $0.09 per pound, or beef at $1.99 per pound, algae has a long way to go before it can play the role of cheap feedstock for in vitro meat production.
I don't care if tech barons lavish their cash on grand, unlikely techno-fixes. I just hope the effort doesn't distract from the necessary, difficult task of convincing people to eat much less meat—and when we do eat meat, to relying on meat from animals that feed on stuff we can't eat directly, like cows that live and munch on well-managed grasslands.

Tom Philpott

Tom Philpott

Food and Ag Correspondent
Tom Philpott is the cofounder of Maverick Farms, a center for sustainable food education in Valle Crucis, North Carolina. He was formerly a columnist and editor for the online environmental site Grist and his work on food politics has appeared in Newsweek, Gastronomica, and the Guardian.
 

Wednesday, May 8, 2013

7 Dodgy Food Practices Banned in Europe But Just Fine Here

When Big Business controls government, the U.S. consumer loses and so does the food supply.

Great article by Tom Philpott --

7 Dodgy Food Practices Banned in Europe But Just Fine Here


| Wed May. 8, 2013
 
 
Last week, the European Commission voted to place a two-year moratorium in most uses of neonicotinoid pesticides, on the suspicion that they're contributing to the global crisis in honeybee health (a topic I've touched on here, here, here, and here). Since then, several people have asked me whether the Europe's move might inspire the US Environmental Protection Agency to make a similar move—currently, neonics are widely used in several of our most prevalent crops, including corn, soy, cotton, and wheat.

The answer is no. As I reported recently, an agency press officer told me the EU move will have no bearing on the EPA's own review of the pesticides, which aren't scheduled for release until 2016 at the earliest.

All of which got me thinking about other food-related substances and practices that are banned in Europe but greenlighted here. Turns out there are lots. Aren't you glad you don't live under the Old World regulatory jackboot, where the authorities deny people's freedom to quaff to atrazine-laced drinking water, etc., etc.? Let me know in comments if I'm missing any.

1) Atrazine
Why it's a problem: A "potent endocrine disruptor," Syngenta's popular corn herbicide has been linked to range of reproductive problems at extremely low doses in both amphibians and humans; and it commonly leaches out of farm fields and into people's drinking water.
What Europe did: Banned it in 2003.
US status: EPA: "Atrazine will begin registration review, EPA’s periodic re-evaluation program for existing pesticides, in mid-2013."

2) Arsenic in chicken, turkey, and pig feed
Why it's a problem: Arsenic is beloved of industrial-scale livestock producers because it makes animals grow faster and turns their meat a rosy pink. It enters feed in organic form, which isn't harmful to humans. Trouble is, in animals guts, it quickly goes inorganic, and thus becomes poisonous. Several studies, including one by the FDA, have found heightened levels of inorganic arsenic in supermarket chicken, and its also ends up in manure, where it can move into tap water. Fertilizing rice fields with arsenic-laced manure may be partially responsible for heightened arsenic levels in US rice.

What Europe did: According to the Institute for Agriculture and Trade Policy, arsenic-based compounds "were never approved as safe for animal feed in the European Union, Japan, and many other countries."

US status: The drug giant Pfizer "voluntarily" stopped marketing the arsenical feed additive Roxarsone back in 2011. But there are still several arsenicals on the market. On May 1, a coalition of enviro groups including the Center for Food Safety, the Institute for Agriculture and Trade Policy, the Center for Biological Diversity filed a lawsuit demanding that the FDA ban them from feed.

3) "Poultry litter" in cow feed
Why it's a problem: You know how arsenic goes inorganic—and thus poisonous—in chickens' guts? Consider that their arsenic-laced manure is then commonly used as a feed for cows. According to Consumers Union, the stuff "consists primarily of manure, feathers, spilled feed, and bedding material that accumulate on the floors of the buildings that house chickens and turkeys." The "spilled feed" part is of special concern, because chickens are often fed "meat and bone meal from dead cattle," CU reports, and that stuff can spill into the litter and be fed back to cows, raising Mad Cow Disease concerns.

What Europe did: Banned all forms of animal protein, including chicken litter, in cow feed in 2001.
US status: The practice remains unrestricted. US cattle consume about 2 billion pounds of it annually, Consumers Union's Michael Hanson told me last year.

4) Chlorine washes for poultry carcasses
Why it's a problem: As the US chicken industry has sped up kill lines in recent years, it has resorted to heavier use of chlorine-based washes to "decrease microbial loads on carcasses," The Washington Post recently reported, quoting a previously unreleased USDA document. As I've noted, the USDA is preparing to release new rules that would speed up kill lines still more as well as allow companies to douse every carcasses that comes down the line with antimicrobial sprays, "whether they are contaminated or not." According to the Post, poultry workers and USDA inspectors attribute a "range of ailments" to the practice, including "asthma and other severe respiratory problems, burns, rashes, irritated eyes, and sinus ulcers and other sinus problems."

What Europe did: The EU not only bans the practice, but refuses to accept US poultry that has been treated with antimicrobial sprays.

US status: As stated above, the USDA is preparing to roll out new rules that will increase the practice.

5) Antibiotics as growth promoters on livestock farms
Why they're a problem: Antibiotic use has surged on US animal farms has spiked in recent years—and now accounts for 80 percent of all antibiotic use. Meanwhile, meat sold in US supermarkets is rife with antibiotic-resistant bacteria.

What Europe did: In the EU, all antibiotics used in human medicines are banned on farms—and no antibiotics can be used on farms for "non-medical purposes," i.e., growth promotion.

US status: The FDA is floating new rules that would ban on antibiotics as growth promoters—but the regulation would be voluntary.

6) Ractopomine and other pharmaceutical growth enhancers in animal feed

Why it's a problem: Fed to an estimated 60 to 80 percent of US hogs, ractopomine makes animals grow fast whole also staying lean. Unfortunately, it does so by mimicking stress hormones, making animals miserable. The excellent food-safety reporter Helena Bottemiller looked at FDA documents and found that between its introduction in 1998 and 2011, the drug had killed 210,000 pigs—"more than any other animal drug on the market." Pigs treated with it, she found, suffer from ailments ranging from hyperactivity and trembling to broken limbs and the inability to walk. (Beef cows are fed similar drugs, as are turkeys.) Traces of these pharmaceuticals end up in our meat—and according to Bottemiller, their effects on humans are little-studied.

What Europe did: Europe not only bars its own producers from using ractopamine, it also refuses to allow imports of meat treated with it—as do China and Russia.

US status: Rather than trying to rein in ractopamine use, the Obama administration is actively seeking to force Europe and other nations to accept our ractopamine-treated pork.

7) Gestation crates
Why it's a problem: The sows that breed the hogs confined in US factory farms spend nearly their entire lives stuffed into crates so small "so small the animals can't even turn around or take more than a step forward or backward," Humane Society of the US reports. An undercover HSUS investigation of a sow facility run by pork giant Smithfield in 2011 found, among other horrors, this:
The animals engaged in stereotypic behaviors such as biting the bars of crates, indicating poor well-being in the extreme confinement conditions. Some had bitten their bars so incessantly that blood from their mouths coated the fronts of their crates. The breeding pigs also suffered injuries from sharp crate protrusions and open pressure sores that developed from their unyielding confinement.
What Europe did: Banned them, effective this year.
US status: Pork giants Smithfield, Cargill, and Hormel have pledged to phase them out; several fast-food chains including McDonald's, Burger King, Wendy's, and Subway have promised to stop buying from suppliers who use the crates; and nine states have banned the practice, HSUS reports. But the practice remains widespread, and as industry flack Rick Berman recently put it, a large swath of the pork industry "has no plans to stop using standard sow housing."

http://www.motherjones.com/tom-philpott/2013/05/7-dodgy-foodag-practices-banned-europe-just-fine-here

Tom Philpott

Food and Ag Blogger
Tom Philpott is the food and ag blogger for Mother Jones. For more of his stories, click here. To follow him on Twitter, click here. RSS |

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Wednesday, April 17, 2013

Will Monsanto Ties Influence Nutritionists' Stance on GMOs?

Interesting article by Tom Philpott --

Will Monsanto Ties Influence Nutritionists' Stance on GMOs?


| Sat Apr. 13, 2013
 
 
The GMO seed giant Monsanto recently flexed its muscles in Congress, working with a senator to sneak a friendly rider into an unrelated funding bill. Now it appears to be having its way with the Academy of Nutrition and Dietetics. As the New York Times reports, a dietician who'd been working on crafting the group's GMO policy claims she was pushed aside for pointing out her colleagues' links to Monsanto.

The controversy started during last fall's highly contested battle over a ballot initiative that would have required labeling genetically modified food in California. The prestigious dieticians' group was incorrectly listed by the official state voters' guide as one of the scientific organizations that had "concluded biotech foods are safe." Actually, the AND had taken no position on the issue, but it promised to come out with a position paper on it. (The ballot initiative ultimately failed.)

As part of the process of generating a position paper, the group appointed seven members to what it called the Advanced Technologies in Food Production working group. That's when things got hairy.

Two of the members, it turned out, had ties to Monsanto. One was a "dietitian who operates a farm in Maryland, [who] won a $5,000 prize from Monsanto and is a test farmer for the company," the Times reports. The other serves as senior vice president of the International Food Information Council, a group whose funders read like a roster of Big Ag and junk-food corporations, ranging from Monsanto, Bayer Cropscience, and Cargill to Coca Cola, Red Bull, Pepsi, and Dr. Pepper Snapple Group. Several of the International Food Information Council's donor companies also contributed heavily to the $45.6 million effort to defeat California's GMO ballot initiative.

One panel member, Carole Bartolotto, a dietician for Kaiser Permanante, had the temerity to point out her colleagues' potential conflicts of interest to the academy's leadership. The result? Bartolotto found herself purged from the committee, while the two Monsanto-connected panel members maintained their positions.

Bartolotto had written a blog post in favor of California's GMO labeling initiative, but that wasn't the reason cited for her sacking. Rather, the academy pointed to her failure to reveal a consulting practice she'd listed on her blog. According to Bartolotto, that's flimsy reasoning, because her "consulting practice" is purely theoretical. "I didn't list it because I didn't think it was an issue at all," she told the Times. "I created the link because at some point, I think it would be nice to have a consulting business, but right now, I work full time and don't have time to have one."

Meanwhile, the Times reports, the academy has hired a vocal opponent of California's labeling initiative to write its GMO position paper: Christine M. Bruhn, a professor at UC Davis' Food, Science and Technology program. And the whole flap over the Advanced Technologies in Food Production work group is apparently purely academic: Bruhn will write the final report even before the working group finishes reviewing the literature.

To summarize, at the nation's most prestigious dieticians' group, failure to disclose a non-existing consulting business is enough to get you bounced from making policy on GMOs, but ties to the GMO industry aren't. It remains to be seen what position the Academy of Nutrition and Dietetics GMO paper will take, but this is shaping up to be another victory for Monsanto.

Tom Philpott

Food and Ag Blogger
Tom Philpott is the food and ag blogger for Mother Jones. For more of his stories, click here. To follow him on Twitter, click here. RSS |