… tions of adenosine in the brain and highlights the evidence that adenosine may function
as … Release of Adenosine in Brain Adenosine in the brain is maintained at very low levels (…

… brain low affinity A2b receptor. We present here the molecular cloning of a human brain low
affinity adenosine receptor which … consistent with its classification as a brain A2b subtype. …

… on the genetics of adenosine receptors in neurologic and/or … of the four human adenosine
receptor genes and their regulation—a … the genetics of adenosine receptor genes and (ii) un…

… identified as an A2-adenosine receptor (5) and RDC7 as an A^adenosine receptor (6). In …
and show by functional expression that it is an A!-adenosine receptor coupled to inhibition of …

… injury (TBI) is instigated by any jolt, blow or bump to the head that adversely affects normal
brain functions. TBI may of varying degree ranging from ‘mild’ (a slight alterations in mental …

… contribute to adenosine homeostasis and how glial adenosine receptors affect glial function.
… Inhibition of this transport could potentially be used to elevate brain adenosine levels under …

… to understand how adenosine receptors, particularly A 2A receptors, modulate brain injury in
various … It is clear that extracellular adenosine acting at adenosine receptors influences the …

… of adenosine receptors in different cognitive functions. Selective adenosine A1 receptor
agonists … Finally, this elegant study investigated the expression of brain adenosine receptors in …

… Adenosine receptors are most abundant in the brain, where adenosine acts through inhibitory
A 1 receptors to decrease … Adenosine receptors are most abundant in the brain, where …

… suggests that adenosine receptors play important roles in the modulation of cognitive function.
… Different spatial distribution of adenosine receptors within the brain and their opposing …