Sentence examples for multiple receptor types from inspiring English sources

Synthetic and endogenous cannabinoids have variable therapeutic potential in treating intractable temporal lobe epilepsy, in part because cannabinoid ligands can bind multiple receptor types.

This has prompted multifactorial approaches to the development of new therapeutics, as embodied by polypharmacy and an alternative (or augmentative) strategy known as "intramolecular polypharmacy," in which a single drug possesses the capacity to affect multiple receptor types.

Multiple receptor types are associated with each class, forming a large and diverse collection of proteins.

Moderate to high radioactivity was observed in the dopaminergic and serotonergic receptor-rich brain regions, indicating CLZ binding to multiple receptor types.

Overall, these examples illustrate the diversity of expression patterns within each of the receptor families, and reveal that multiple receptor types from several receptor families are expressed in the same brain region.

It also emphasizes the idea that TAA development in MFS is the end result of an interconnected network of signaling involving multiple receptor types and signaling mediators (Fig. 10), as well as ECM-dependent processes (18, 19, 25).

Each type of oil droplet may be associated with a specific photopigment, or may combine with different photopigments to produce multiple cone receptor types [ 14, 19].

Our physiological results indicate that MCs express multiple neurotransmitter receptor types throughout this period, allowing neuronal control of MC activity to be sustained as neuronal synchronization shifts from being dependent on cholinergic to glutamatergic signaling.

We realize, of course, that mirtazapine affects multiple receptor systems, including alpha-adrenergic, histamine type 1, and serotonin type 2 [5, 27, 28] receptors.

This network presents models describing multiple signaling pathways downstream a diverse range of receptor types, including ErbB, FGFR, NGFR, Insulin receptor, NMDAR, and AMPAR.

The second type is referred to docking with multiple receptor structures, using pre-generated receptor conformers (Knegtel et al. 1997).