Sentence examples for which is approx from inspiring English sources
The maximum concentration of 1-hydroxypyrene in bile of roach exposed to ZE sediment was 90.6 µg mL−1 bile liquid, which is approx. 13-fold greater compared with the highest concentration previously measured in rainbow trout exposed to the same sediment sample (6.82 µg mL−1 bile liquid).
Characterization of the CTD-NΔ35 mutant revealed that it has a Kcat/Km value of 0.0362 µM−1 min−1, which is approx. 72% of the wtCoaE that contains both the NTD and the full length CTD.
The relative binding capacity of TPP to the 5'UTR of tenA-thiM-thiD-thiE sequence was about 28% of the total amount of applied TPP, which is approx. 12% less than that of the E. coli thiM leader RNA [38].
This would increase the turnover number of MCT1 in oocytes to 24 s−1, which is approx. 30% of the value determined for MCT1 in erythrocytes.
The apparent subunit size was 42.7 kDa, which is approx. 4 kDa higher than that of the enzyme isolated from the native organism (Nit-ANigWT), indicating post-translational cleavage in the enzyme's native environment.
Our genetic analyses revealed that the isolate was closely related to other JEV G1 isolates from pigs and mosquitoes in Toyama Prefecture, which is approx. 100 miles away from Aichi Prefecture.
In the rationally designed electrochemical-catalytic (ECC) system, the as-prepared catalyst could significantly enhance the nitrate degradation rate to 1.08 mg/L at current density of 10 mA/cm2, which was approx. 2.5 times compared with the electrochemical (EC) system without catalysts adding in.
Which was (approx): "Oh man, are they really going to #OccupyRaceHate now?
Mice were sacrificed at the time of morbidity, which was approx. 12 15 day post-implantation for the control AL mice.
However, the time required for maximum activity yield in E. coli was only ca. 20 h, which was approx. three times less than in A. niger.
miRNAs, which are approx. 21-nucleotide (nt) in length and are generated from non-coding transcripts capable of forming imperfectly complementary hairpin structures by the RNase DICER-LIKE1 (DCL1) or DCL4, have been known to negatively regulate gene expression at the posttranscriptional level by specific binding and cleavage of their target mRNAs, or by repression of target mRNA translation [ 6].
