Neurotransmitter receptors are key elements for brain function, but work so far has been
focusing on the individual receptor subunits. It is, however, the receptor complexes that …

Neurotransmitter receptors are integral membrane proteins expressed at the cell surface that
allow communication between neuronal cells. Communication between neurons in the …

Receptors in the nervous system have been identified for a number of neurotransmitters
such as acetylcholine, dopamine, serotonin, glutamate, and many peptides. Within these …

Many reviews have discussed neurotransmitter receptors, This essay is titled Neuronal
Receptors to highlight neuronal drug binding sites, which may or may not represent …

The existence of neurotransmitter receptor heteromers is becoming broadly accepted and
their functional significance is being revealed. Heteromerization of neurotransmitter …

A heterogeneous expression of neurotransmitter receptors occurs throughout brain regions
and on individual neurons in different central nervous system (CNS) areas. A common …

It is axiomatic that following synaptic release neurotransmitters interact with specific sites on
adjacent cellular membranes. Molecular approaches to neurotransmitter receptors are …

For a cell to be responsive to a neurotransmitter, it must express an appropriate receptor
protein on its surface. These receptors have to perform the two basic functions of binding the …

Like many new concepts, especially those that break old dogmas, it took some time for the
scientific community to accept the existence and functional significance of G-protein …

Antibodies have been widely used in biochemistry as selective probes to study the structure
and function of important biological macromolecules. The usefulness of antibody molecules …