Mouse Grimace Scale
I'm not a mouse fan, but think about the science of deliberately inflicting pain on mice to see what kind of expressions they make.
What follows shows why writing The Eggplant is so difficult. This looks like an Eggplant item but. . . since it comes from the journal Nature Methods. . . .
There are 19 researchers listed on this paper described below, "Coding of facial expressions of pain in the laboratory mouse." Recognizing that "Facial expression is widely used as a measure of pain in infants," they developed a mouse grimace scale (MGS)
The researchers come from the following universities:
1. Department of Psychology and Alan Edwards Centre for Research on Pain, McGill University, Montreal, Quebec, Canada.
2. Department of Psychology, University of British Columbia, Vancouver, British Columbia, Canada.
3. Department of Human Genetics, Leiden University Medical Centre, Leiden, The Netherlands.
4. Department of Neurology, Leiden University Medical Centre, Leiden, The Netherlands.
Clearly, this is another example of US decline in science.
Suggestion for literacy researchers: How about quantifying kindergartners' facial expressions when subjected to DIBELS testing, 3rd graders' grimaces when filling in McGraw-Hill bubbles, and so on?
Clearly, we need a KGS (kindergartner grimace scale.
And can't you just see the graph of, say, cheek bulging?
by Schott's Vocab
A method of grading murine response to pain.
Scientists have discovered that mice produce "human-like facial expressions" when in pain, Hannah Devlin reported in The Times of London:
What kinds of pain were inflicted on the humans? Did they use third graders?
The Canadian team behind the investigation produced what has been dubbed the "mouse grimace scale," which they say could help prevent suffering in lab mice.
But the study itself involved inflicting severe discomfort on the mice, and has outraged anti-vivisectionists. They claim that rather than being used to minimise suffering, the scale is simply a new way of measuring pain responses to different stimuli.
Five "pain faces" were identified in the study, published on Monday in the journal Nature Methods: eye squeezing, nose bulging, cheek bulging, ears drawn apart and whiskers standing on end.
The eye squeezing, nose bulging and cheek bulging were "identical to those observed in humans."
New York Times
INDEX OF RESEARCH THAT COUNTS