heliocentric said:If you examine the rhetoric involved in animal research youre looking at the same lines of justification as states that have enacted genocide on a race/people.
Harsh words for someone who enjoys the benefits of animal research every time he falls sick.
I find theres offen a heavy tone of 'de-humanisation' or prehaps 'de-animalisation' (to use a more appropriate term) involved in animal testing, case in point one of the earlier posters refered to the animal she was testing on as an 'animal model'. Its not even a living creature anymore, its a thing, it, simulation etc.
Ignorance is bliss.
http://www.ahc.umn.edu/rar/MNAALAS/Models.html
What is a Model?
A model is something that resembles something else. A model of an airplane looks like the real thing, but may be smaller, less detailed, made of different materials, and may or may not be able to do everything a real airplane can. However, by studying that model, a person can learn a lot about airplanes. In fact, airplane designers make models of the planes they are building to test them before they make the actual airplane.
Like with airplanes, it is practical to make a model of a disease to learn about it and test treatments before attempting to diagnose and treat patients with the disease. There are many different ways to model a disease. Mathmatical or computer models are used to predict the way a disease may behave.
* Some normal or diseased tissues can be grown in a Petri dish and studied outside of the body
* Patients with the disease can be studied
* An animal that has a similar disease can be studied
* The disease can be induced in an animal
These last two are considered "animal models" of disease. Animals can be used as models of human disease or disease of animals. Examples of animal models include:
* Induction of cancer in a mouse to simulate cancer in a human
* Studying a genetic disease in a pure-bred dog that is similar to a human disease
* Transplanting an organ between 2 pigs
Scientists can then use the animal model to study the way the disease progresses and what factors are important to the disease process. The model can also be used to study disease treatment. This is done through the use of controlled experiments.