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→Probabilistic-causal analysis
To do this we consider the degree of causal relevance <math>(cr)</math> of an event <math>E_1</math> with respect to an event <math>E_2</math> where:
To do this we consider the degree of causal relevance <math>(cr)</math> of an event <math>E_1</math> with respect to an event <math>E_2</math> where:
*<math>E_1</math>= patients with bone degeneration of the temporomandibular joint.
*<math>E_1</math >= patients with bone degeneration of the temporomandibular joint.
*<math>E_2</math>= patients reporting orofacial pain.
*<math>E_2</math> = patients reporting orofacial pain.
*<math>E_3</math>= patients without bone degeneration of the temporomandibular joint.
*<math>E_3</math> = patients without bone degeneration of the temporomandibular joint.
We will use the probability conditioned <math>P(A \mid B)</math> that is the probability that the <math>A</math> event occur only after the event <math>B</math> has already occurred.
We will use the probability conditioned <math>P(A \mid B)</math> that is the probability that the <math>A</math> event occur only after the event <math>B</math> has already occurred.
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<center>'''Second Clinical Approach'''
<center>===Second Clinical Approach===
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''(hover over the images)''
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