The valuable data obtained from the genomic and post-genomic studies has facilitated tremendously in understanding parasite biology as well as parasite-host interactions (for review, see refs 10, 11, 12).
The knowledge gleaned from several in silico studies has facilitated in understanding the variability of evolutionary patterns in gene classes that can illuminate their inherent characteristics.
There is poor understanding of the effects of most pharmaceutics on human reproductive health but case examples exist where human monitoring, especially semen studies, have facilitated approval and patient use.
Morphological studies have facilitated the confirmation of the classification of Taiwanese Ficus (Shieh [1964]; Chuang [2000]; Tseng et al. [2000]; Bai [2002]; Chuang et al. [2005]; Chang et al. [2009]; Tzeng et al. [2001], Tzeng et al. [2005b], Tzeng et al. [2006a], Tzeng et al. [2009]).
These studies have facilitated the molecular delineation of additional amplified and deleted regions to the level of specific candidate genes.
These studies have facilitated the systematic analyses of HLA class II alleles and haplotypes in relation to differential Ab responses to HBV vaccination.
These animal studies have facilitated characterization of the direct effects of ethanol; in many cases identifying specific sequelae related to the timing and dose of exposure.
Recently, radish genome sequencing and the radish root transcriptomics studies have facilitated the investigation of the molecular mechanisms in radish taproot development [ 11, 12].
