Sentence examples for ec e from inspiring English sources

Figure 4 Distributions of absolute errors on a logarithmic scale for estimated diffusion coefficients in cm 2 s -1 on the test data sets for simulations for EC, E qr, and E qr C mechanisms.

This approach is generic in the sense that it is not restricted to a particular reaction mechanism and range of rate constants, as demonstrated by the results obtained on simulated data for the EC, E qr, and E qrC mechanisms.

Equation (4) enables one to evaluate the mean free adsorption energy of all cations stripped off from the soil clay fraction particles as the electrical field increased from zero to E. The application of Eq. (4) to a series of measurements of the Wien effect, EC(E), can provide a spectrum of the cation adsorption energies, ∆Gads(E).

The individual peaks represent A (gallocatechin; GC), B (epicatechin gallate; EGC), C (catechin; C), D (epicatechin; EC), E (epigallocatedchin gallate; EGCG), F (gallocatechin gallate; GCG), and G (epicatechin gallate; ECG) Fig. 3 The changes of catechin fractions and total catechins in tea leaves of different stages.

A second multiple regression model with the four factors of ATQ (EC, E, NA, and OS) as IVs and the overall TAS-20 score as the DV was significant (F 4,25) = 4.14, p = .01), and explained 39.8% of the variance in TAS-20.

While fMRI EC (e.g. GCM) 'passively' measures the hemodynamic events that occur in the brain, TMS actively disrupts, or modulates, neural processing.

From June to December 2013, we will enroll adult smokers of: (EC) e-cigarettes (self-reported inhaling ≥ 50 puffs per week since ≥ 6 months); (TC) traditional cigarettes (≥ 1 per day since ≥ 6 m); (Mixed) both electronic and traditional cigarettes (≥1 per day since ≥ 6 m).

EPAS1 was significantly regulated during CAM development, reflecting the proliferation state of CAM ECs (e.g. upregulation from E7 to E10, followed by downregulation) and was strongly expressed in ECs, suggesting an active role of EPAS1 for CAM vascular development.

It is well established that cancer-derived ECs show increased proliferation, motility, pro-angiogenesis properties and resistance to drug treatment compared with 'normal' ECs (e.g., HUVECs).

Furthermore, different populations of ECs (e.g., HUVECs and OECs) showed different reactions in co-culture systems with adult stem cells.

Larger ECs (e.g., EC05 or EC10) are generally used for rodent studies of carcinogens; however, for human cancer studies, extra risk seldom rises to such levels in the observable range of the data, which is especially true for rare cancers, such as nasopharyngeal cancer in relation to formaldehyde.