Sentence examples for efficiently followed from inspiring English sources

This study as function of time and quantity of such compounds indicated that arginine (among three compounds) inhibits reactions most efficiently followed by cystine and aspartic acid due to presence of two basic group (–NH2) and one acidic group (>COOH).

Specifically, we formulate the edge embedding problem into a problem of maximizing the sharing of layers among the clock paths to minimize the impact of on-package variation globally and solve it efficiently, followed by applying a fine-grained refinement technique to balance the clock latency locally among the clock paths.

WT RT incorporated TFV-DP most efficiently, followed by K70Q>Q151Mc>K70Q/Q151Mc enzymes.

At the lowest protein concentration, H1.5 increased NRL most efficiently followed by H1.4, which had lower spacing activity (Figure 1B), but when expressed in yeast behaved like H1.5 (data not shown).

Among the three lesions studied in ssDNA, γ-OH-PdG was repaired most efficiently, followed by M1dG and α-OH-PdG (Table 2 and Table 3A C).

As shown in Fig.  10c, the recombinant Sl3-MMPm cleaved the QF24 most efficiently, followed by QF 35 and then QF75, indicating a cleavage site specificity of Sl3-MMP towards different substrates.

This suggests banks are still struggling to efficiently follow the higher standards introduced since the financial crisis.

One day, people might be able to efficiently follow a wider set of news and interest topics by using data fusion-powered products like Riversip.

We subsequently developed a rapid PCR-based typing assay using sequence-specific primers (PCR-SSP) to efficiently follow the SLA types of the crossbred progeny.

Based on the sequence information, we subsequently developed a rapid PCR-based typing assay using sequence-specific primers (PCR-SSP) to efficiently follow the SLA types of the progeny.

The evaluation and estimation of equilibrium data from traditional isotherm models display that the Langmuir model indicated the best fit to the equilibrium data with maximum adsorption capacity of 21.230, 20.242 and 18.621 mg g−1, for FG, EY and QY, respectively, while the adsorption rate efficiently follows the pseudo-second-order model.