We used oligonucleotide probes to isolate cDNAs that encode two subtypes of D2 dopamine
receptors (“D2 long” and “D2 short”). In situ hybridization histochemistry with cRNA probes …

The existence of two molecular forms of D2 dopamine receptors suggests that differences in
the distribution or regulation of the two forms could be exploited for the pharmacological …

Cloning of the D 2 dopamine receptor gene has demonstrated that two D 2 mRNA isoforms
are generated through alternative splicing: a short mRNA (D 2 415) and a long one (D 2 …

Physiological and pharmacological criteria have divided dopamine receptors into D1 and
D2 subtypes, and genes encoding these subtypes have recently been cloned. Based on the …

Expression of a D1 dopamine receptor was examined in the rat brain by using a
combination of in situ hybridization and in vitro receptor autoradiography. Cells expressing …

Based on the recently reported sequence of a dopamine D2 receptor cloned from rat brain,
we prepared a series of cDNA probes to determine the distribution of mRNA encoding this …

The messenger RNA (mRNA) of the recently characterized D 3 dopamine receptor was
visualized on rat brain sections using in situ hybridization with a 32 P-labeled ribonucleic …

To define the possible roles of multiple types of dopamine D 2 receptors, mRNA levels for
two forms of D 2 receptor were determined during a variety of developmental stages …

The postsynaptic effects of dopamine in the striatum are mediated mainly by receptors
encoded by D1, D2, and D3 dopamine receptor genes. The D1 and D2 genes are the most …

Two molecular forms of the dopamine D., receptor were generated by alternative RNA
splicing. To investigate the relative distributions of the two mRNAs encoding the D2 receptor …