Sentence examples for substrates presented in from inspiring English sources
Some physiochemical properties of substrates presented in Table1.
The analysis of multiple substrates presented in this study supports this modulatory role of the JH2 domain in peptide preference.
Owing to the variety of enzymatic activities within glycoside hydrolases family 1, we decided to examine the enzymatic specificity of BglMKg toward the various chromogenic substrates presented in Table 2.
4) When patrolling on the DD31 and RD31 substrates, Pif1 does not seem to release abruptly, in contrast to the behavior on substrates presented in Figures 1 and 2. Can the authors explain this?
4) When patrolling on the DD31 and RD31 substrates, Pif1 does not seem to release abruptly, in contrast to the behavior on substrates presented in Figures 1 and 2. Can the authors explain this? 5) It was not entirely clear to me how the experiment in Figure 7B shows that the efficiency of unwinding is 100%%.
The transmission electron microscopy (TEM) image of the cross section of a TAS film on a glass substrate presented in Figure 5 confirms that each layer (TiO2, SiO2, and Ag) had a flat and smooth structure, which suggests high conductivity at the Ag layer of the TAS film.
The substrate presented in this study was Austrian wheat straw pre-treated with steam explosion.
As regards the average number of hydrogen bond interactions for each substrate, presented in Figure 3A, molecular dynamics simulations show that the average number of interactions between mannohexaose and Man5B becomes more stable over time when compared to cellohexaose, but is not necessarily smaller than the interactions between cellohexaose and Man5B.
Carbon catabolite repression (CCR) is an important regulatory mechanism utilized by microorganisms, oftentimes appearing as sequential utilization of substrates present in the medium.
In addition, high purity GroEL is essential for detailed studies of substrate-GroEL interactions as quantitative interpretation is impossible if the cavities are already occupied and blocked by other protein substrates present in the bacterial expression system.
Microbial fuel cell based wastewater systems employ bioelectrochemical catalytic activity of microbes to produce electricity from the oxidation of organic, and in some cases inorganic, substrates present in urban sewage, agricultural, dairy, food and industrial wastewaters.
