Sentence examples for most probable molecular from inspiring English sources

The peaks at 4.2 × 10−4 and 1.7 × 10−5 G0 denote the most probable molecular conductance values of Ni(nor) and Ni porph), respectively.

Conductance histograms display well-defined peaks denoting the most probable molecular conductance value at 4.2 × 10 4 and 1.7 × 10 5 G0 for Ni(nor) and Ni porph), respectively.

Significant advances have been made in elucidating the force-producing interaction between actin and the myosin-S1-subunit, including the localization of the most probable molecular site of power stroke initiation.

The most intense (higher counting) conductance peak, which corresponds to the most probable molecular junction configuration, shows very large conductance values in the range of 10−1 G0 for all foldamers: 0.215 G0 for dimer-NH2; 0.195 G0 for trimer-NH2; 0.178 G0 for tetramer-NH2; and 0.168 G0 for pentamer-NH2.

These classifications may be of value in discerning probable molecular mechanisms and functional manifestations of emerging mutations and polymorphisms, providing the foundation for a family-specific predictive algorithm that may allow researchers to focus experimental effort on the most probable molecular indicators of compromised receptor function and disease mechanism.

The positions of the maximum of the peaks mark the two most probable molecular configurations.

In agreement, Cellular Movement, Cellular Growth and Proliferation, Cell-to-Cell Signaling and Interaction, Cell Cycle, Cell Death and Survival were recognized as the most probable enhanced molecular and Cellular functions in Chz cells.

MALDI allows for determination of: modal, most probable peak (MP), molecular number average (MN), molecular weight average (MW), polydispersity (PD), and polymer spread (PSP).

Most probable distance between adjacent molecular chains was evaluated as the first trial for oriented amorphous polymers, using the two-dimensional radial distribution function formulated by a series expansion of Bessel and Legendre functions of coherent X-ray intensity curves.

TimeXNet was used to identify the most probable paths in the molecular network between genes expressed in the early and the late phases of the immune response, incorporating genes expressed in the intervening time.

Currently, the most probable hypothesis is that the molecular diffusion of water is substantially increased in osteoporotic fractures because of bone marrow edema and the disruption of the trabecular structure.