Sentence examples for which might activate from inspiring English sources

The controversial mitochondria independent pathway relies on the activity of caspase 12, which might activate caspase 9 without cytochrome c release (Morishima et al, 2004).

The Toll, Imd (immuno deficiency), JNK (jun-kinase) and the JAK/STAT (janus kinase/signal transducers and activators of transcription) pathways are all characterized by extracellular signal recognition by membrane bound receptors, which might activate a signalling cascade resulting ultimately in the transcriptional activation of effector molecules in the nucleus.

"Remember Jewish history in Europe: chemical gas is more than a redline for us," says a customer.Some analysts argue that Israel is better off with the devil it knows, than with a jihadist resurgence, which might activate a front that the Assads have kept quiet since 1973.

When the fracture length was 200 m, and the stage spacing was 50 m, the stress redistribution due to stage fracturing may divert the original stress pattern, which might activate natural fractures so as to generate a complex fracture network.

Although E. coli do not possess a luxI homolog, their genome contains a luxR homolog, sdiA, which might activate the PluxI promoter.

The other gene encoded a homologue of Misexpression Suppressor of Dominant-negative Kinase Suppressor of Ras 2 (MESK2), which might activate Ras/MAPK-signaling in Drosophila.

Hence, one can take the view that autoinflammatory or autoimmune responses in the skin can be driven by factors that, in focal skin regions, will activate DCs, which might then activate specific T cell populations in the skin.

To address the mechanism by which tau might activate the UPR we first determined if activation of the UPR was related to phosphorylation of tau by using a phosphomimic version of tau with substantially increased neurotoxicity [16] [20].

One potential way by which TRAF2 might activate MLK3 is via protein-protein interaction in response to TNF-α treatment.

Burdakov et al. (34) have proposed two further possibilities through which glucose might activate glucose-sensing neurons that do not involve the metabolism of glucose.

While Viotti et al. have shown that a gap-junction-dependent Ca2+ signal can travel from the node to the left LPM, they stop short of providing a mechanism by which Ca2+ might activate Nodal expression in the LPM.