Words similar to oligomeric
Example sentences for: oligomeric
How can you use “oligomeric” in a sentence? Here are some example sentences to help you improve your vocabulary:
The initial step of the insertion can proceed in the presence of either Mg.ATP or a non-hydrolyzable ATP-analog and involves oligomerization of the BchD and BchI subunits to form an oligomeric ring of AAA protomers that resembles the ring structure of NSF and other AAA proteins [ 14 32 ] . The second step of the insertion involves an obligatory hydrolysis of ATP that is tightly coupled with the transfer of the chelated Mg 2+to the protoporphyrin ring by BchH [ 49 ] . Although the details differ from midasin, particularly with respect to the subunit composition of the AAA ring, this chelation reaction provides a structural model suggesting that the function of the midasin M-domain may be to regulate the ATPase activity of the AAA protomers in the pseudo-hexameric ring and thus couple ATP hydrolysis to the binding of a protein ligand at the MIDAS site.
For example, L91 is a 'single T-DNA' locus that causes homozygosity-dependent cosuppression of its GFP-COP1 transgene and of the endogenous COP1 gene at the rosette stage of development (type L=late silencing), which in turn results in a characteristic dwarfing and other aspects of a cop1 -like phenotype [ 28 ] . In contrast, E82 (type E=early) is an oligomeric T-DNA locus that causes homozygosity-dependent COP1 endogene silencing at the seedling stage, in particular deetiolation in dark-grown seedlings.
A similar epigenetic instability of the initial PTGS phenotype was typical for a subset of other oligomeric loci, but was never observed with monomeric 35S:GFP-COP1 loci.
Except for the 5-HT 3 receptor which is an oligomeric ion channel, all serotonin receptors are GPCRs and are divided into seven subfamilies based on sequence homology, gene structure, and signaling pathways [ 22 23 ] . The 5-HT 2C receptor, like other members of the 5-HT 2 family, stimulates phospholipase C, and increases IP 3 and DAG which leads to increased intracellular calcium and mediates many cellular processes.
Recent studies on neurodegenerative diseases, including Parkinson's, Alzheimer's and prion diseases, suggest that it is not the long fibrils that produce toxicity and kill neurons, rather, it is the oligomeric aggregation intermediates that produce toxicity [ 54 55 ] . Interestingly, interactions between biomembranes and toxic proteins produce a dual effect of both promoting oligomeric aggregation of the proteins and membrane damage [ 56 57 58 59 ] , suggesting that one possible toxicity of oligomeric aggregates is mediated through damaging membranes.
Loading...