Sentence examples for microorganisms for different from inspiring English sources
The interest in the use of electroactive microorganisms for different applications by means of bioelectrochemical systems (BES) has been constantly increasing since the last decade.
The complexity of lignocellulose materials may require development of different microorganisms for different applications, so that 'tailor-made' strains for different lignocellulose raw materials may be more efficient than one 'super-microorganism' for any raw material.
This knowledge permits the use of different microorganisms for different industrial applications.
Fig. 6 The molecular weight distribution and proportion of DOM in sewage biodegraded by different combinations of microorganisms for different days [mix + VF mixture with the consortium (VF)].
The rapid development of genetic manipulation techniques has made the alteration of microorganisms for different purposes popular in recent years.
Specific denitrification rate (qDN) was measured in terms of the rate of NO3−-N removed per unit mass of denitrifying microorganisms, for three different react period combinations, namely, (4+4), (5+3), and (3+5) under the respective anoxic environment and the results are listed in Table 5.
The settling velocities of different microorganisms were calculated for different products by combining the data on aerial concentrations with sedimentation counts assuming that settling is under the influence of gravity only.
Stream integration in the 1G + 2G plant took place in a single distillation unit instead of in a single fermentation unit due to the possibility of employing different microorganisms for 1G and 2G ethanol, fermenting different substrates at different optimal conditions.
Transcellular penetration of the blood brain barrier has been demonstrated for most meningitis-causing microorganisms, but the underlying mechanisms differ for different organisms.
Remarkably, similar results were obtained with experimental data and other simulation results based on different models reported in the literature, for different microorganisms and PBRs operated in continuous mode.
The use of real-time PCR and PMA has been effectively evaluated for different microorganisms of environmental and clinical interest.
