Research establishments, scientists, laboratories, companies that sell nonhuman animal subjects, that supply equipment for the research, and corporations that market the resulting products are among those that benefit financially.
For example, For example, the research and development of medicines for the pharmaceuticals industry is largely based in the use of nonhuman animal subjects. Reports suggest that testing a potential medicine can involve the use of up to 800 nonhuman animals at a financial cost of over US$6 million. The nonhuman animals used and the money spent are clearly thought to be worth it by the pharmaceuticals industry;
worldwide the industry is worth US$300 billion, with an anticipated rise to US$400 billion within three years.
There is a lot of money to be made out of the customers and consumers of services and products for human health and,
where there is little money to be made pharmaceutical companies, for example, are less likely to innovate. The desire to maximize profits has been pointed out in current news media reports about the Ebola virus. In Guinea, Liberia and Sierra Leone there have been a total of 26,044 “confirmed, probable and suspected cases” of Ebola and at least 10,808 people in those countries have been killed by the virus. In Europe there have been two reported cases (one in Spain and one in the UK) and in the USA there have been four cases of Ebola, and one reported death. At the time of writing there is no vaccine against the virus. Erica Etelson suggests a reason for this. She refers to Margaret Chan’s (Director of the World Health Organization) assertion that the pharmaceutical industry’s failure to develop a vaccine up to now is because “A profit-driven industry does not invest in products for markets that cannot pay”. Etelson infers that, had the Ebola virus been detected in the USA sooner, a vaccine would already be available. She concludes that “Big Pharma’s greed isn’t some kind of aberration; it’s an inherent feature of free-market capitalism: A capitalist system, by design, puts profits over people”. This emphasis encourages a perspective on “benefits” that is oriented towards benefits
as profits rather than on benefits
as improvements to human health.
Biomedical research is funded by governments, private companies and organizations, and by donations from individuals and charities. In the UK, biomedical research receives millions of pounds of government funding. For example, in 2012 the UK Government announced “the Biomedical Catalyst….an integrated £180m funding programme to support the development of innovative solutions to healthcare challenges by both SMEs (Small and Medium-Sized Enterprises) and academics across the UK”. Private awards and grants augment the amount that is available for such research. In the UK the biggest investor is the pharmaceutical industry,
which spends £12 million a day on such work, representing 70 percent of the total funds
.
Biomedical researchers in academia rely on grants to fund their research not only to fund research but because securing a research grant enhances individual academic reputations and enhances the reputation of the university at which they are employed.
Gaining research funding is a core component of evaluations for promotion.
The UK pharmaceutical industry alone invests vast sums of money in research and development.
Across the EU in 2010 the pharmaceutical industry invested €27 billion in these activities. The UK pharmaceutical industry reports that 37 percent of current sales return is spent on research and development. When we recall that the UK industry spends £27 million daily on such work (see above) we gain an insight into the scale of their total sales return. An indication of the profits made from pharmaceuticals can be gleaned from individual company returns. For example,
the UK-based pharmaceuticals company GlaxoSmithKline reported a pre-tax profit of £548 million for the three months to the end of September 2014 which, although considerably down from the figure of £1.4 billion for the same period in 2013, was reported to be better than expected. Shareholders benefitted as “shares rose 4% after its third-quarter results beat expectations and it pledged to return an additional £4bn to shareholders via a special share scheme”
.
With at least 115.3 million nonhuman subjects used in experiments across the world every year
there is a great deal of money to be made out of the breeding and selling of nonhuman animals to laboratories. Charles River is one of the suppliers of nonhuman animals to the global industry. The list of nonhuman animals the company supplies is extensive. Mice and rats are used in vast numbers in biomedical experiments, not least because they are thought to react to medication in similar ways to humans and because they are relatively inexpensive to buy. A three week old Swiss pigmented mouse, who is marketed as being “for general purpose”, is sold by
Charles River for US$10.10 [if he is male] and for US$10.95 (if she is female). The “genetically engineered” mouse who is sold under the label 11BHSD2 is bred in the USA and is promoted by
Charles River as being “Ideal for cardiac hypertrophy, heart failure”. Depending on “types” and age an individual mouse costs between $32 and $181, with additional charges of $10 for each additional week of age.
In 2013 the company’s total revenue was US$1.17 billion.
The equipment that is used in such research includes that which is associated with housing, feeding, experimenting on and the killing of nonhuman animal subjects, The catalogues of suppliers include advertisements for cages, restraints and guillotines. The Canada-based company
Lomir Biomedical is a supplier of a range of equipment for such research. The company markets a variety of products and strives to invent new ones that can be marketed as responding to the changing needs of biomedical scientists. For example, the company states that it has “identified a need for a range of undershirts for laboratory animals as scientific procedures become much more refined. Undershirts are an effective means of securing electrodes, connectors, Fentanyl patches or any piece that needs to be kept in contact with skin.”. One dog undershirt costs either US$50.99 or US$54.11, depending on how many are ordered. The company has an annual revenue of US$4,695,040.
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