Sentence examples for ms to generate from inspiring English sources

The MRF acquisition (Siemens Work-In-Progress #881v23) utilized a FISP acquisition kernel designed with a priori variation in both flip angle (FA) and repetition time (TR, baseline TR of 12 ms) to generate MRF signal evolution profiles sensitive to both T1 and T2 relaxation times25.

While a user is putting his or her hand on the display when writing something with a stylus pen, it takes approximately 1 ms to generate the dynamical occlusion area.

Furthermore, the additional computational load is negligible; for example, it takes 8 ms to generate the PSI using a 64-bit Intel Core i5 with a 2.53-GHz CPU. Figure 8 shows RD graphs for the conventional and proposed methods [6, 7].

In the next step, we used ms to generate a structured coalescent gene tree.

We used ms to generate both gene trees and samples of variable sites for each migration scenario.

For each dataset, we first use ms to generate 40,000 haplotypes with the same number of segregating sites equal to 1000.

Next, according to Eqs. 8 and 9, we compute p(f(X 1j )|y = 1) and p(f(X 0j )|y = 0) and then compute h k for k from 1 to M to generate weak classifier set Φ = {h 1, …, h M }.

These two mutations were introduced by two consecutive rounds of quickchange site-directed mutagenesis (Stratagene) at positions C797T and A1088T in pHW197-M to generate pHW197-Mmut.

Only a very small proportion of the oxophilic chloroethylating electrophiles generated react with the O-6 position of DNA guanine since the bulk chloroethylate water, which is present at ∼55 M, to generate 2-chloroethanol.

To understand the allelic relationships of csgl1 and csgl3, WI7350 was crossed with RIL-46 M to generate an F2 population from which the double mutant csgl1 + 3 carrying both csgl1 and csgl3 genes were identified.

The type 2 deiodinase (D2) catalyzes removal of an outer ring iodine atom from the prohormone thyroxine (T4) with an apparent Michaelis constant (Km) of 10− 9 M to generate the active product 3,5,3'-triiodothyronine (T3).