In addition, FND-GNP hybrid particles may be ideal contrast agents for use in photoacoustic imaging modalities.
Therefore, NCR peptides or their derivatives could be ideal antimicrobial agents for topical treatments while their salt and serum sensitivity may limit their utilization as systemic compounds or require their special delivery to the infected tissues or even to cancer cells.
However, due to their inherent photophysical properties such as low photobleaching thresholds, broad absorption/emission spectra, and small Stokes shifts, their use is limited and they are not ideal agents for multiplexing, long-term, or real-time imaging.
Although Cd-based QDs at nontoxic levels can be useful in research applications [ 119], they are not ideal agents for therapeutic purposes.
Therefore, this work demonstrates that simply synthesized ZnO nanotubes have excellent potencies, being ideal antibacterial agents for many biomedical applications.
Gases are ideal contrast agents for ultrasonography as they are highly compressible and their density is 1,000-fold 1,000-foldbless.
Gases are ideal contrast agents for echography since they are highly compressible (17,000 times more than water) and since their density is 1,000 times less than the density of blood [ 12].
In term of function, cytolysins are ideal candidate agents for the localized necrosis observed in the victim of an intraspecific aggressive encounter, however, they cannot form pores in cnidarian cells because cnidarians lack the target lipid sphingomyelin in their cell membranes [ 18, 33, 34].
Instead, emerging evidence suggests that ketamine may be beneficial to patients with head injury and that it may even be the ideal agent for RSI in head injury [ 18, 20, 36].
Because of its organ-independent metabolism, remifentanil appears to be the ideal agent for sedation of patients with severe liver disease, but its increased ventilatory depressant effect must be taken into consideration, for example, when intubated ICU patients are allowed to breathe spontaneously.
