Sentence examples for interaction transmitted from inspiring English sources

Magnetic superexchange interaction transmitted through equatorial axial hydrogen bridge system promotes weak ferromagnetic interactions in 1 while in 2 it is in basal-basal position, in which two dx2-y2orbitals is involved in exchange mechanism reveals the coexistence of two antiferromagnetic exchange pathways, intramolecular much stronger than intermolecular.

Induced switching is induced by the antagonistic interaction: individuals which are harmed by the interaction transmit the opposite phenotype to the next generation in the following proportions: α X for species X and α Y for species Y.

Since we assume that only individuals affected by the interaction transmit the opposite phenotype, the impact of such costs can by easily calculated by multiplying relative fitness coefficient 1− s by 1− c, where c is the cost of switching.

As it turns out, the weak interaction is transmitted by very heavy particles called the W and Z.

For example, TOCSY interactions are transmitted through a chain of neighboring protons.

The mechanism of c-Src interaction with HER2 and how this interaction may transmit survival or anchorage-independent growth signals is not known, but it is speculated to be different than the interaction between c-Src and HER1.

Alternatively, the HK/VDAC interaction could transmit molecular changes to proteins of the inner mitochondrial membrane (IMM), resulting in permeability transition pore (PTP) regulation (reviewed in 2).

The analytical expressions for the reflected, transmitted, interaction energy ratios and surface impedance are obtained.

These calculations reveal that loading due to the sand is primarily inertial in nature with negligible fluid structure interaction: the momentum transmitted to the beam is approximately equal to that of the incoming sand slug.

Through this physical interaction, integrin αvβ6 transmitted a growth-enhancing signal to cancer cells.

Thus, the ability of regulatory interactions to transmit autoinhibition to the ATP-binding site varies dramatically among Fyn1, Fyn2, and Lyn.