1
A proposed model of addiction implicates ascending brainstem neuromodulatory systems, particularly dopamine.
2
The proposed model therefore considers spatial heterogeneity, improving model prediction accuracy.
3
A Bayesian implementation of the proposed model is described in a detailed manner.
4
A proposed model for the differential effects of fructose and glucose is presented.
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Besides, we provide rigorously theoretical guarantees for proposed model, optimization framework and sub-frameworks.
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Future studies should test the proposed model through mass validation.
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Conclusions: This is the first proposed model to predict LNI in the extended PLND templates.
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Proteolysis assays and biochemical treatment supported the proposed model.
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Under the proposed model, Ms Kedgley said, local democracy would be undermined by impotent local boards.
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We show that the proposed model is able to consistently describe the situation of chimeric hematopoiesis.
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Therefore, the proposed model is able to reflect the timescale of deformations by satisfying Galilean invariance.
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Therefore, the dynamic deformations in the proposed model depend on the viscous properties of tissue components.
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A new algorithm for numerical approximation of the proposed model using mixed finite elements is presented.
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The proposed model can explain unconditional cooperation (strong self-regulation) and unconditional defection (weak self-regulation).
15
The Australian Human Rights Commission described the proposed model in the bill as "unworkable".
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The proposed model simultaneously predicts a sequence of ordered fixation positions and their corresponding fixation durations.
