Thus, no clear selector gene on-off state between neighboring cells would be generated.
It may be helpful for the development of novel implantable biomaterials, such as artificial bone implants, where control of interfacial biological interactions between implants and cells would be preferable.
It is worth pointing out that while opsonization of C. albicans cells prior to exposure to macrophages would be expected to change the overall rate of phagocytosis, it is not clear whether the distinction between white and opaque cells would be increased or decreased.
Another way of representing observed differences in cell number between tip and stalk cells, would be to change the rate of proliferation, and keep the probability uniform.
Thereby, an objective method able to differentiate between treated and untreated cancer cells would be essential.
As the observed differences in DEVD-ase activity could be a consequence of different caspase levels, we next investigated whether similar differences between HaCaT and U-87MG cells would be seen using another lysosomotropic compound, LLOMe, which is known to involve caspase activation.
Understanding local immune response along the MGT, as well as the crosstalk between resident leukocytes, epithelial, and stromal cells, would be crucial in inducing a protective immunity, thus adding to the design of new therapeutic approaches to a Chlamydia vaccine.
As a consequence, the interaction between VEGF and RTKI in intact cells would be expected to show classical non-competitive interactions and lead to a marked change in the maximum response to VEGF165a with little impact on the EC50 value for the agonist.
Additionally, the proximity between the MB, nucleic acid, and target cells would be expected to enhance cell "poration" effects, thus improving nucleic acid transfer to the target cell [ 35– 35].
Based on these findings, the identifications of functional difference caused by the different gene expression profile of marmoset iPS cells and ES cells as well as differences in reprogramming recalcitrant genes between human iPS cells and marmoset iPS cells would be important for considering their preclinical applications.
