Far from a system of protecting incumbents, the city's model system enables candidates to raise modest funds, and to have those funds matched by the public 4 to 1.
This model system enables us to control the concentrations of the various proteins, and to observe actin organization in bulk.
Moreover, our model system enables detailed studies on the vascular compartments within tumors, including vasculogenic mimicry.
In addition, this model system enables tracking the fate of developing β-cells in response to various stimuli.
In addition, neural derivatives from hESCs represent a biologically relevant human model system enabling comprehensive studies of the balance between self-renewal, proliferation and differentiation.
Towards this end it is desirable to systematically establish a second genetic model system enabling the functional characterisation by mutant analysis.
Second, this model system enables real-time tracking of cellular behavior throughout the embryo lifespan, allowing for multiple imaging timepoints without compromising host viability.
This model system enables novel, in vivo studies investigating the role of human macrophages in normal breast, as well as in breast cancer xenograft studies.
These model systems enabled accurate assessments to be made of the sensitivity of neurons and glia to mTHPC-mediated PDT using a well-established cancer cell line (MCF-7) as a comparator.
