Recombinant Rat D (1B) dopamine receptor (Drd5)

1. Findings suggest that activation of dopamine D1/5 receptors alone is sufficient to modify stimulus-induced BOLD responses in the right hippocampus and the history of previous stimulations crucially affects the impact of dopamine receptor activation on stimulus-induced BOLD responses. PMID:28259782
2. The results suggest that dopamine receptors in the retinal cells might actively respond to the environmental lighting to act as an important player in the activation of the dopaminergic system in the ocular structures relevant to the lighting-induced pathogenic development of myopia. PMID:28336436
3. This study demonstrates, for the first time, that dopamine enhances duodenal permeability of control rat via D5 R PMID:27652590
4. the effect of novelty on fear extinction is dependent on dopamine D1 but not D5 receptors in the hippocampus PMID:25775606
5. low dopamine D5 receptor density in a well-established animal model for attention-deficit/hyperactivity disorder PMID:23541742
6. D1/5 receptor modulates intrinsic mechanisms that amplify a long depolarizing input to sustain spike firing outputs in pyramidal prefrontal cortex neurons. PMID:23977170
7. Report involvement of the hippocampal and profrontal cortex dopamine D1/5 receptors in the cognitive effects of reboxetine using the object recognition test in rats. PMID:23672849
8. D1/D5 receptor activation facilitates a postsynaptic form of LTP in subicular regular-spiking cells. PMID:23626827
9. Transmission at D1/5 receptors mediates the reinstatement of cocaine seeking induced by corticotropin-releasing factor and yohimbine. PMID:22707255
10. These data suggest that the regulation of hippocampal long-term depression by the locus coeruleus is supported by D1/D5 receptors PMID:22038910
11. quantified the D5 receptor immunoreactivity on the pyramidal cell somas and on spines and dendrites in stratum radiatum and stratum oriens in the hippocampal CA1 region of rats PMID:21749912
12. Data show that hippocampal dopamine D1/D5- and beta-adrenergic receptors are specifically required to induce PRP synthesis. PMID:21768371
13. Data show that D1/D5 receptor-facilitated long-term potentiation is NMDA receptor-dependent, requires activation of protein kinase A, is presynaptic, and relies on presynaptic Ca(2+) signaling. PMID:20646048
14. D5R immunolabeling was mainly in somata and proximal dendrites in the rat medial prefrontal cortex. The density of intradendritic D5R immunolabeling decreased toward the distal regions. PMID:20226768
15. these data indicate that a pathway involving D1/D5 receptors and possibly calcyon in the mPFC plays a pivotal role in impulsive choice. PMID:19690230
16. The observed differences between D(1) and D(5) can be attributed to structural differences in the C-terminus and its capacity to interact with NMDA receptors and PSD-95. PMID:19723560
17. Dopamine receptor D5 is linked to Galpha12- and Galpha13-protein in the nephron. PMID:12623966
18. Vascular D1B/D5 receptors inhibit migration of vascular smooth muscle cells, possibly through cyclic AMP activation and the suppression of phospholipase D and protein kinase C activities. PMID:12688394
19. D5 dopamine receptor is found to be expressed in the subcommissural organ (SCO), an ependymal brain gland that is located in the roof of the third ventricle. PMID:15197646
20. D1/D5R activation in hippocampus initiates intracellular second messenger accumulation, but that this is insufficient to induce an activity-independent long term potentiation PMID:15328036
21. Dopaminergic system, acting via D1/D5 receptors, gates long-term changes in synaptic strength, and these changes are critical factor in acquisition of novel information. PMID:16855100
22. results suggest that activation of D1/D5 receptors during memory encoding is necessary for the formation of a persistent memory trace in the hippocampus PMID:17142305
23. Agonist receptor activation may have implications for treatment of schizophrenia by opposing hallucinogenic effects. PMID:17293055
24. distribution of D1R in the rat basolateral amygdala - there was more prominent D(5) localization to presynaptic structures. The higher affinity of D(5) for dopamine suggests that presynaptic actions may predominate in the BLA at low levels of dopamine. PMID:19669160

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UNIGENE: Rn.138110

KEGG: rno:25195

STRING: 10116.ENSRNOP00000007074