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COMPUTER SCIENCE IN ANIMAL RESEARCH
Using computer modelling, scientists have been able to create virtual models for vital human organs like the heart and lungs. There has been success with using these models to analyze the effects of medication on the organ. If we can master the use of these models, we can expect accurate results of tests with groundbreaking efficiency.
Why not Animals?
In 2010, independent studies published in the Public Library of Science showed that animal trials with positive results are significantly more likely to be published, leading to a skewed, artificial understanding of the success of animal experimentation.
Despite the 99% genetic homology between mice and humans, drugs that work on mice often fail when tried on people.
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There is no justification for subjecting animals to dissections and deadly viral strains if humans don't benefit from it.
Why Computers?
Computer models have already shown early signs of success at detecting side effects of drugs. Furthermore, computerized adaptive testing has already been effective at assessing health-related quality of life in adults with Asthma.
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In fact, a recent study demonstrated that human computer models of heart cells are more accurate than animal experiments at predicting the drug-induced side effects for the heart in humans.
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Best of all, no animals are harmed!