The template approach uses some predetermined structures as the "template" to create the appropriate size and shape of the pores required [43 45].
Responses were deductively analyzed following a template organizing approach using the survey questions as a coding template [ 37, 38].
Mesoporous carbon materials were prepared through template method approach using porous clay heterostructures (PCHs) as matrix and furfuryl alcohol as carbon precursor.
We conclude that enhancer trapping using the Sleeping Beauty transposon system is a viable experimental approach using as template a vertebrate genome.
A new methodology that combines the sol gel method and a template approach is used to synthesize porous LiNi1−xCoxO2 films.
Porous material design, which has been developed employing template-directed approaches using small organic compounds[25], supramolecular assembly[26], and polymer beads[27], is of great importance in many research fields because of the high porosity, large area per unit volume, and favorable design of a porous structure[25, 28, 29].
Different from the stringent homology-based approach, the conventional homology-based approach uses template intra-species H. sapiens physical PPIs collected from three major PPI databases, MINT [ 15], BioGRID [ 16], and IntAct [ 17].
In this review we provide an overview of the 'sequence template' approach which we have used to design potent artificial helical AMPs, to guide structure activity relationship studies aimed at their optimization, and to help identify novel natural AMP sequences.
Field notes and other documents (practice applications; workshop reports; final plans describing practice-specific outcomes) provided a substantial basis for thematic analysis using a template approach developed during data collection [ 23].
However, the current "nontemplate" approaches and data do provide a number of differences from the "template" genome wide association approaches used in recent reports from larger projects that employ individual genotyping in studies of legal phenotypes, for example the GWA studies of complex phenotypes currently listed in dbGAP (http://www.ncbi.nlm.nih.gov/sites/entrez?Db=gap).
