In this work, we attempt to substantially promote the chain interdiffusion via depressing the cocrystallization rate.
Elevated temperatures and pressures substantially promoted the inactivation of L. innocua.
Studies with adult human mesenchymal stem cells (hMSCs) demonstrated that elevated porosity substantially promotes cell adhesion, viability, and proliferation.
The measurements made by the stationary and hydrodynamic electrodes revealed that the Ag electrode substantially promoted the activity of the NO3− reduction through a two-electron transfer process.
VEGF164 overexpression dramatically accelerated tumor growth and ascites formation, significantly enhanced tumor angiogenesis, and substantially promoted the survival of tumor cells in vivo.
The fabrication of large pores within the 3D structures of these hydrogels substantially promoted cellular penetration and growth throughout the matrices.
Clinical experience has indicated that no existing medication substantially promotes the healing process and the cartilage defect requires surgical replacement, preferably with an autograft.
The obtained results obviously demonstrated that the Sn-Pd bimetallic electrocatalyt substantially promoted the activity of the GC electrode and drove the ORR through an exclusive one-step four-electron pathway forming H2O as the final product.
The results demonstrated that the underpotential deposited Sn-adatoms on the Au (poly) electrode substantially promoted the activity of the electrode towards an exclusive one-step four-electron ORR forming H2O as the final product.
