HYPOURICEMIC AGENTS REDUCE INDOXYL SULFATE EXCRETION BY INHIBITING THE RENAL TRANSPORTERS OAT1/3 AND ABCG2




Self-regulation strategy, feedback timing and hemodynamic properties modulate learning in a simulated fMRI neurofeedback environment.

Direct manipulation of brain activity can be used to investigate causal brain-behavior relationships.Current noninvasive neural stimulation techniques are too coarse to manipulate behaviors that correlate with fine-grained spatial patterns recorded by fMRI.However, these activity patterns can be manipulated by having people learn to self-regulate t

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