Conservative site‐specific recombination has been adapted for a multitude of uses, in both prokaryotes and eukaryotes, including genetic engineering, expression technologies, and as probes of chromosome structure and organization.
General concepts for manipulating growth factor signaling with these systems are discussed in the context of angiogenesis with vascular endothelial growth factor (VEGF), and these strategies may be broadly adapted to a multitude of other morphogens and growth factors.
But as a public resource containing an amazing cross section of data country by country in the Asia and Pacific region as well as providing the capacity to easily create maps and charts that even a dummy could love, it has become a "tool" that can be adapted to a multitude of specific uses.
Finally, all these aspects can be manipulated in the course of stimulus presentation, thereby adapting to a multitude of design requirements including dynamical, on-line change of parameters.
The architecture may be adapted to suit a multitude of information-processing paradigms.
We have focused on one proven IPC in particular to help explore the utility of this type of approach; however, this type of tool could be readily adapted and used for a multitude of other diseases and potential interventions.
This can be of clinical relevance considering that tumour cells often exist and adapt in vivo under a multitude of host stromal conditions during various stages of tumour progression, including serum starvation (e.g. in tumour core), serum-stimulation, and also potentially microenvironment-specific ligand(s -stimulation.
One key step in the evolution of Euthyneura was the invasion of freshwater and terrestrial habitats by Pulmonata resulting in a multitude of taxa worldwide adapted to these habitats.
10, 11 In contrast to living cells, CFPS systems can be easily adapted and modified by the addition of a multitude of supplements, such as chaperones, 12, 13 radioisotope labels, 14 nanodiscs, 15 and microsomes.
Due to changing customer demands and increasing competition, manufacturing companies have to adapt existing factories to these developments with a multitude of engineering changes in manufacturing systems.
