… transporters (cylinders) to bidirectionally transport adenosine through the … the adenosine
receptors (A1, A2A, A2B, and A3; rectangles). In terms of intracellular metabolism of adenosine, …

… the adenosine receptors interact with the dopamine receptor homo-… receptor tetramer [55].
It may very well be that the integration of the adenosine and dopamine signals by this receptor …

… different homeostatic roles of these receptors related with the control … evident that targeting
adenosine receptors might indeed … is part of a Special Issue entitled: "Adenosine Receptors". …

… protect neuronal integrity, adenosine might also aggravate neuronal … adenosine receptor
function in the brain immune system should help develop novel therapeutic ways to treat brain …

… receptors, adenosine contributes critically to homeostasis and neuromodulatory control of
a variety of normal and abnormal brain functions, … pattern of adenosine receptors (ARs). We …

… outline evidence that adenosine receptor (AR) activation can modulate blood–brain barrier
(… Among them, the BBB is a highly efficient permeability barrier that separates the brain micro-…

… The functional consequences of activation of the four known adenosine receptors, A1, A2A,
… of the A1-receptor, have been extensively studied using in vitro brain-slice preparations. A1-…

… The omnipresence of adenosine and A 2A … adenosine following insults, makes adenosine
a kind of “maestro” of the tripartite synapse in the homeostatic coordination of the brain function…

… well as of homeostatic function in the brain. This chapter first presents the unique ability of
adenosine, by acting on the inhibitory A 1 and facilitating A 2A receptor, to integrate dopamine…

… and abnormal brain functions. After a brief introduction of the available adenosine receptor
… We largely limit our overview to the prominent adenosine receptor subtypes in brain–the A1 …