Recently, I posted an analysis of animal rights extremism in the UK, USA, Italy, Germany, Mexico and Sweden. By looking at the number of Animal rights activities annually over a 3 month period I described in a drop in the number of illegal incidents in the UK.
In the previous post I said:
The UK had the highest levels of activism (average of 24 incidents/quarter) although a massive crackdown on extremism by UK authorities is probably a major part of the decline which has seen only 8 incidents in the July-Sept period for 2010 and 2011 combined. This is certainly promising news for biomedical research in the United Kingdom. See more about activism in Britain in the UK Experience page.
However, an interesting article in The Economist suggested the truth is not quite as positive:
A similar (but not identical) drop in the number of illegal attacks over the time period is shown as in our earlier analysis. However, this is linked by a solid rise in the number of legal protests over the same period. The Economist suggested:
The number of peaceful protests against institutions that perform research on animals has increased markedly of late (see chart), as memories of the violent attacks on the homes and cars of researchers have faded, according to information supplied by members of the Association of the British Pharmaceutical Industry, a lobby group that keeps tabs on such matters. It reckons that many moderate protesters were so appalled at the increasingly abhorrent tactics used by extremists—which culminated in a grave-robbing in 2004—that they abandoned the cause. Only after such attacks had all but halted in 2009 did they return to the barricades.
Organizations such as NETCU – the National Extremism Tactical Coordination Unit – have been effective at curbing animal rights extremism, but were not designed to win the hearts and minds of people to prevent the spread of animal rights ethics. It is crucial that researchers continue to reinforce the link between animal testing and the medical benefits derived from it.
A good example was the recent article in The Independent (UK national newspaper) which explained the crucial need for animal experiments despite the array of other methods that complement such research:
Professor Morris is unapologetic. “There is a lot you can do without animals. Most scientists who use animals do so as part of a whole portfolio of techniques, which will include work with isolated molecules and genes, building up to whole cells growing on plastic dishes in tissue culture to study the more complex integration of cells to work together as a single tissue,” he says. Some 90 per cent of his staff’s work is done with individual molecules and cells in culture.
“At all these stages, extensive use is made of computational modelling, and analyses of databases, to bring together all the information available on how the particular aspect we work on functions in a living body,” he continues. “And there are now non-invasive brain imaging techniques that tell us a lot. But real diseases are diseases of the whole body, and can only be studied in the whole body.”
Dopamine deficiency is a key component of Parkinson’s but the underlying cause is a complex set of interactions triggered by inflammation in the autoimmune system. “So we need to understand the interaction between two complex bodily systems – the brain, and the immune system – to understand this multi-tissue, multi-step disease. The body’s controls on how those two systems interact are lost the moment both are cultured in a plastic dish. We need to look at living brain.”