Using this model, we elucidated the switching dynamics on multiple surfaces of the multiferroic material BFO.
Applying noninvasive in vivo imaging to a living small fish animal model we elucidated, and present here, the 3D architecture of this lower vertebrate liver.
To confirm the binding model, we elucidated the haem-binding activity of ANT1 mutated in the residues of K22, R79 or R279.
Using an in vitro model system, endometrial adenocarcinoma explants and a nude mouse xenograft model, we elucidated the molecular mechanisms mediating PGF2α-FP receptor signaling to CXCL8 in endometrial adenocarcinoma cells its potential role in endometrial tumourigenesis.
Using continuum models, we elucidate the relation between thermal fluctuations and the applied strain that governs defect nucleation.
Using molecular markers along with niche modelling, we elucidated the effect of drift, diverse niche requirements and evidence of isolation by ED or local adaptation.
Here we develop a theoretical model with which we elucidate that the diffusion of III-column element atoms away from the droplet and the trapping of As atoms critically govern the shape of final quantum structures, yielding a shape phase diagram in the space of growth temperature and As flux density.
Using human colitis-associated CRC, sporadic CRC, and adenomas in conjunction with three distinct and complementary mouse models of colorectal carcinogenesis, we elucidate cellular and molecular mechanisms by which CCL2 affects PMN-MDSC accumulation and immunosuppressive function during this neoplastic process.
Herein, using the β2AR in A431 cells as a model, we attempt to elucidate the mechanisms of β2AR desensitization and resensitization at the whole cell level, and to characterize the agonist-selective desensitization of the β2AR using a microfluidic biosensor system.
By ensemble stochastic modeling, we also elucidated how intrinsic noise can change ultrasensitive switches into gradual responses.
