Sentence examples for utilization of whole from inspiring English sources
The refractory nature of his disease, together with his young age of presentation, prompted utilization of whole exome sequencing (WES) to detect an underlying monogenic primary immunodeficiency and potentially target therapy to the identified defect.
In comparison with isolated enzymes, utilization of whole-cell biocatalysts circumvents laborious protein purification steps, which simplifies the reactions in many cases.
We report successful utilization of whole-genome resequencing for large-scale SNP identification and development of molecular markers for genetic map construction.
The utilization of whole-genome CGH microarrays is able to substitute routine FISH evaluations in detection of unbalanced genetic lesions with prognostic impact in MM and bring additional information about changes in genome of malignant plasma cells even though the detection of clonal aberrations in MM samples could be challenging.
The current results indicate the feasibility of co-utilization of whole plants (that is, starchy grains plus cellulosic residues) using an ammonia-based (AFEX) pretreatment to increase bioethanol yield and reduce overall production cost.
The s-CO2 system analysed here includes two cascaded supercritical CO2 cycles which enable to overcome the intrinsic limitation of the single cycle in the effective utilization of the whole heat available from flue gases.
Meanwhile, clouds are responsible for optimizing camera sensor utilization of the whole network.
In addition, it enhances camera sensor utilization of the whole network, while considering real-time network performance.
This redistribution of blood flow not only ensures adequate blood flow to these critical organs, but also increases the net efficiency of O2 utilization of a whole body [12].
However, it is also important to consider the joint power allocation with the total power constraint (15) to gain meaningful insights into the power utilization of the whole system, and thereby realizing its full capacity.
The high capacitance of the NiCo2O4@NiMoO4 electrode is mainly attributed to the fact that a highly porous nanostructure that originated from numerous ultrathin NiMoO4 nanosheets grown on the NiCo2O4 nanosheet surface should provide more active sites for increasing electrolyte ion transportation efficiency to enhance the utilization of the whole electrode.
