Phenomenology is concerned with in-depth understanding of the participants' lived experiences and the meanings that the participants perceive of those experience [35].
It is, therefore, strongly desirable to design microbial cell factories by means of a synthetic biology approach with in-depth understanding of the metabolic regulation mechanism with the aid of a systems biology approach such as modeling.
Moreover, with in-depth understanding of the local texture pattern distribution in the support region, adaptive selection of the fractional derivative order is also performed to deal with complex texture details.
This study not only highlights a promising GOB composite as a candidate of graphene-based antifungal agent, but also provides us with in-depth understanding of the interactions between fungi and graphene-based materials.
On the other hand, with in-depth understanding of traffic characteristics that are relevant to caching, we develop complementary caching algorithm with respect to the density of requests, the redundancy of file and file size.
With in-depth understanding of biosynthesis, the content of valuable compounds is dramatically increased by bio-engineering techniques in many medicinal plants as Catharanthus roseus[ 16], Hyoscyamus niger[ 17], and Salvia miltiorrhiza[ 18].
Determination of protein's metabolic stability would provide us with useful information for in-depth understanding of the dynamic action mechanisms of proteins.
Hence, the CPC characterization in this study may provide us with a system for in-depth understanding of the mechanisms leading from mitotic exit to cytokinetic initiation and a possibility to study a different type of cytokinesis, which does not involve an actomyosin contractile ring.
Mapping the rewired host-pathogen 'superorganism' interaction network – along with its structural details – is critical for in-depth understanding of pathogenic mechanisms and developing efficient therapeutics.
Using a widely used open source cloud StaaS application ownCloud as a case study, we document a series of digital forensic experiments with the aim of providing forensic researchers and practitioners with an in-depth understanding of the artifacts required to undertake cloud storage forensics.
Using a widely used open source cloud StaaS application – ownCloud – as a case study, we document a series of digital forensic experiments with the aim of providing forensic researchers and practitioners with an in-depth understanding of the artefacts required to undertake cloud storage forensics.
