Therefore, the morphology and photoresponsivity properties of the ZnO nanowire on CdS thin film will be characterized because of their large surface area to volume ratio.
Chloroplast genomes (cpDNA) were the first plant genomes to be characterized because of their small size, limited number of repeated elements, and abundance of foliar tissues.
This subgroup is characterized because 90% of the cases belonging to it present the typical histology of an MB; the patients are older than 3 years old (it can also occur in adults but never in children under 3 years); it has a good prognosis and rarely shows metastasis [ 11, 12].
First, the protocol should be a micropayment protocol since these kind of protocols allow payments of (very) low value amounts [13, 17, 18] and are characterized because they try to reduce the number of asymmetric cryptographic operations, the number of exchanges and the participation of third parties [13, 17 20].
However, the cell lineage and characteristics of these myeloid cells have not been characterized precisely because of the difficulty in their isolation.
Nasonia has been characterized as long germ because of the presence of two morphogenetic centers and the expression patterns and RNAi phenotypes of the gap genes (Ingham et al., 1985; Pultz et al., 2005; Lynch et al., 2006; Olesnicky et al., 2006; Brent et al., 2007).
Self-fertilization and clonal propagation are both reproductive systems that have been characterized as evolutionary dead ends because of the potential for genetic degradation through accumulation of deleterious mutations and the loss of adaptive potential through reduced genetic variation (Klekowski 2003; Takebayashi and Morrell 2003).
Among different gas sensors, the oxide-supported gold nanoparticles have been characterized as efficient sensor materials because of their higher activities.
Sometimes, however, the Nagel model has been characterized as an epistemological model of reduction, because it is a model of theory-reduction (Sarkar 1992; Hoyningen-Huene 1989; Silberstein 2002), because it is a model of explanatory reduction (Sarkar 1992), or because bridge-laws are to be interpreted epistemologically (Fazekas 2009, following Klein 2009).
In E. coli MutL has been characterized as the master regulator of MMR because it interacts with and modulates the activity of several other proteins such as MutS, MutH and UvrD involved in MMR.
