For the models to encapsulate as accurately as possible our understanding of the system (i.e. reproducing the available data and, ideally, being capable of making predictions), these parameters have to be estimated.
Ideally, we would be capable of labeling all the pixels which do not belong to the area where noise-free pixels are concentrated in scatter plot in Figure 3(b).
Ideally, they should also be capable of reclaiming reusable materials from human waste.
Ideally these tools should be capable of assessing a broad spectrum of available medical interventions (i.e., the processes of care) and realistic outcomes of care.
Ideally, the envisioned technologies would be capable of nondestructive, near-real-time, autonomous process monitoring.
Ideally, the envisioned technologies would be capable of non-destructive, near real-time (NRT), autonomous process monitoring.
In addition to differentiating into functional endocrine cells for the duration of experimental assays, ideally pancreatic precursors must also be capable of engrafting and surviving in vivo for extended periods of time.
The cells used for such mix-and-match combinations should ideally be derived from the breast, be capable of being generated without donor or passage-related differences, and be available in limitless quantities.
However, in many countries multiple viral genotypes circulate, for example in the United Kingdom approximately 50% of people are infected with genotypes 1a or 1b and 50% with genotype 3. Ideally then, an effective vaccine would be capable of protecting from multiple HCV strains.
But to wear them with confidence, one must be capable of tolerating — and, ideally, enjoying — the sensation of being always aware of the body.
