GE Free New Zealand in Food & Environment, 13th  June 2005

Medical Milk Could Do More Harm than Good

AgResearch's plans to develop "medical milk" through modifications to New Zealand's Dairy herds could damage exports and could even increase the risk of disease in people.
The proposals announced to the media suggest 'medical milk' could be on sale within a few years but ignores serious questions about the approach being taken to create new proteins and antibodies in cow's milk destined for human consumption.

The most obvious risk to New Zealand is the rejection of Genetically Modified foods by international markets, and that the proposed modifications to cows will meet with similar public objection.
"New Zealand's Brand image could be seriously damaged by the development of these experimental milks, especially as they could also have negative health effects," says Jon Carapiet from GE Free NZ in food and environment.
There are important questions that are not being considered about the wisdom of medicalising every-day foods like milk. The drive for profit is blinding the developers to the medical and market realities that could make the project a dud.
As well as issues of animal health and the suffering that the experiments may involve there is a risk of accidental "mixing" of the milks and mis-labelling. The costs of maintaining complete segregation of the animals and all dairy products are also not being factored in and present exactly the same problems to industry as trying to segregate GE foods.

More concerning is the notion of creating foods with specific aims to treat human disease and blurring the boundary between ordinary food and medicine.
The risk to public health of changing everyday foods by giving them pharmaceutical- like properties is enormous. Just as exposure to antibiotics in animal feed has knock-on effects in the food chain so could active ingredients shift the balance in bacterial populations and even increase the factors causing disease.
"The greatest threat to public health is the drive for profit allowing such issues to be conveniently ignored. Regulatory Authorities are simply not up to managing the system now. To add medical foods like these new milks into the mix is a recipe for disaster," says Mr Carapiet.

Failure of speculative biotechnology projects overseas should be a warning to those pushing the experiments here. New Zealand will be better served if research is focussed on sustainable processes and production that 'works with the grain of nature' and shows respects for the complex systems of diet and environmental factors underlying disease.

Jon Carapiet 0210 507 681

Biotechnology Loses Billions A Year By PAUL ELIAS

The Associated Press, May 31 2005
SAN FRANCISCO - Since researchers first mixed genes from two species more than a quarter century ago, biotechnology companies have promised to revolutionize the pharmaceutical industry - and disrupt centuries of farming practices. Despite that promise - and some significant breakthroughs in treating cancer, diabetes and other widespread and deadly diseases - the industry's losses continued to mount in 2004. The biotechnology industry lost a combined $6.4 billion last year, according to a new report from Ernst & Young. The industry's total accrued loss since its birth in Silicon Valley in the mid-1970s is more than $45 billion. The 93-page report mostly was upbeat: federal regulators approved 20 new biotech drugs last year, and 230 such medicines and other related products are on the market. Ernst & Young is optimistic that biotechnology will become profitable by 2009, pointing to some 365 drugs in the final stages of development compared with 290 in 2003. Revenue worldwide grew 17 percent to $54.6 billion based on Ernst & Young's study of 641 public companies and 3,775 private companies. A handful of biotechnology companies indeed have hit it big after modest beginnings, making their initial investors wealthy. The market capitalization of Genentech Inc., the San Francisco biotechnology pioneer, recently surpassed several pharmaceutical giants such as Merck & Co. and biotech rival Amgen Inc. For its part, the drugs that launched Thousand Oaks-based Amgen into profitability - epogen and its successors - rang up more than $10 billion in sales last year for Amgen and three competitors who market the drugs, which is used to treat anemia in many cancer patients and people with kidney disease. Genentech earned $785 million in 2004, and Amgen reported profit of $2.4 billion for last year. Hunting For The Next Success Investors, meanwhile, continue to plow billions into biotechnology each year in hopes of getting in on the next Genentech, which shareholders value at $83 billion. According to Ernst & Young, the industry raised $17 billion from investors last year, the highest total since 2000. Venture capitalists invested $3.6 billion last year. Yet there's no getting around the industry's continued losses. For every success such as Genentech and Amgen, there are dozens of failures. "It's a crazy industry to invest in"' said John McCamant, a biotechnology investor and editor of a stock-advising newsletter. McCamant nevertheless is optimistic that biotechnology is poised for explosive growth in the coming years and that measuring it today against staid sectors such as the automotive industry is unfair. Others are more skeptical. "It's essentially like a casino," said Joseph Cortright, a Portland, Ore. economist. "There are lots of bets you can lay down, and the potential can be very valuable, but for the most part, the odds that any one will pan out are extremely long." Effect Of Science Isn't Huge Biotechnology remains a money-losing niche industry of 1,400 companies employing about 183,000 workers nationwide. By contrast, Wal-Mart employs 1.7 million workers, and its annual revenue rivals the entire biotech industry's annual sales. Cortright, who co-wrote a report critical of biotechnology's ability to drive a region's economic growth, says local government officials who promise companies all sorts of incentives to relocate are ignoring the industry's financials. "The mistake that people make is confusing science that is really cool with something that is going to have a significant economic impact," he said.
See also Claire Robinson's "Biotech Investment Busy Going Nowhere"

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