… a specific cell response. Thus, the inductor-receptor binding complex interaction at the cellular
… Cellular receptors have been involved in the mechanism of action of several drugs and its …

… survival, migration, and proliferation depending on the cell type. Signaling from c-Kit is …
targeting this receptor, eg, the clinically used inhibitor imatinib mesylate. Also other clinically used …

… receptors and the modified expression of gangliosides affect cancer cell signal transduction
pathways, modulating tumour cell … the variability of various acceptor substrates as well as the …

… Below the cell membrane, mutation of the splice-acceptor site for exon 8 results in skipping
of exon 9, truncation of the proline-rich box 1 sequence and a dominant negative form of the …

… Beside the transmembrane domain with the typical seven membrane-spanning helices, the
glycoprotein hormone receptors are characterized by a very large extracellular domain in the …

… pressors such as p53, transcriptional activators and their inhibitors, myc, NF-κB and IκBα,
for example, cell surface receptors such as the growth hormone receptor and the T-…

… cellular functions in the context of carcinogenesis as well as its … ) and methionine (M92) from
the acceptor pocket of E-cadherin … Discoidin domain receptor (DDR) 1 is a receptor tyrosine …

… ferric iron and transport the ferri-siderophore via a receptor-mediated mechanism into the
microbial cell. The receptors for some of these siderophores were identified genetically as the …

… exon of AR-V7) splice acceptor. Further, knockdown of these factors impaired splicing of
exon 3 to CE3 but not exons 3 to 4 in LNCaP95, a cell line derived from the parental LNCaP line …

… T4 metabolism; and (6) alterations of transport across cellular membranes and alteration
of cellular receptors (TSH receptor). Although these mechanisms reter to animal models, the …