Usually, analysis of genetic markers can be useful to successfully differentiate fine-scale structures in natural populations [ 16, 18].
Such comparative analysis will have a profound impact on understanding the evolution, biology, diversity, evolution and pathogenicity of the Helicobacter spp. which may be useful in successfully managing Helicobacter-caused diseases.
Although indirect inferences about the action of selection are useful and have been used successfully by many workers in the past [ 15, 82- 84], such indirect approaches suffer from several limitations, among them low statistical power [ 45, 81].
Nonetheless, genome-editing techniques have been used successfully to generate useful zebrafish models of MND, particularly in studies of SMA.
In Canada, leaf-cutter bees have been used successfully to pollinate alfalfa crops, and may also be useful as blueberry pollinators.
It is possible that many of these proteins could be useful for future approaches to successfully manipulate or engineer CHO cells in order to sustain productivity of recombinant protein.
The newly developed SSRs markers were found to be useful for diversity analysis, as they successfully differentiated among species and accessions of Mentha.
However, although successfully confirmed to be useful in major large scale trials in RA and vasculitis, two SLE trials did not meet their endpoints.
Thus, a change in the SSR status might be useful for identifying patients who can successfully wean even after prolonged CVU admission.
Consequently, AH hydrogels having a defined polymer composition and mechanical stiffness were useful to successfully regulate chondrogenic differentiation and to maintain the chondrocytic cell phenotype, which may lead to many useful applications in cartilage regeneration.
