To summarize, the minimal biophysical model, which was synthesized from the very short-term observations in live imaging (up to 3 days), is capable of capturing the fate behavior of GFRα1+ spermatogonia from the short term (up to 20 days) to the long term (up to times comparable with the life span of mice).
In this scheme, individual GFRα1+ cells constantly change their state reversibly between single cells and variable lengths of syncytia; Figure 7B represents a typical example of such stochastic fate behavior predicted in silico.
In order to achieve the right abstraction level and comparable issues, these articles were scanned for relevant reviews dealing with several types of nanoparticles, occurrence, fate, behavior, or effects in the environment.
To understand the stem cell dynamics, therefore, it is essential to dissect the fate behavior of GFRα1+ spermatogonia over time.
However, such transfer was not observed in the fate behavior of GFRα1+ cells over extended timescales, from days to over a year.
This model could predict the range of complex data obtained from independent measurements, from the steady-state composition of GFRα1+ units to the wide range of intricate clonal fate behaviors of pulse-labeled GFRα1+ cells, both in steady state and in regeneration.
In a soil plant system, the fate, behavior and accumulation of PPCPs in plants may be affected due to the chemical, physical and biological processes in the growing system.
They provide risk-adjusted subsidies for Medicare patients who prefer to get their health care from a private HMO such as Healthspring or Essence Healthcare; they deal with the inequities of fate (or behavior) that make some people sicker and costlier to care for than others, yet still allow for individual choice.
The most frequently mentioned aspects were more general aspects such as the fate, behavior, environmental concentration, (eco toxicity, and mobility of nanoparticles in the environment.
In this work, we have adapted several tools that have proved to be reliable and to offer interesting opportunities to study of the fate and behavior of bacterio-insecticides in the environment.
