So, ideally it is desirable to scan all the channels to find their availability or otherwise.
Ideally, the most desirable mechanical properties for a scaffold are those closest to real tissue.
Ideally, it is desirable to construct simplicial complexes that approximate the homology of a space but are easy to compute and have 'few' simplices, especially in high dimensions.
Ideally, it is desirable that for a historically good link (i.e., connected frequently on a longer time scale), should increase fast and decrease slowly, and for a historically bad link, it should increase slowly and decrease fast.
Ideally, it is desirable to have large window supports in regions where the smooth polynomial model, used for the reconstruction, is a good fit to the underlying signal, while keeping the window size small close to the edges or important image features.
Brighter TO derivatives are desirable, ideally a near-infrared analogue, with an even greater reduction in quantum yield adjacent to a mismatch in the RNA.
A consequence of the relatively short half-life, t1/2, of F is that for medical applications rapid, late-stage radiolabelling is particularly desirable, ideally this should be the final step of the synthesis.
Ideally, it would be desirable not to obtain matches between the two images, though having in the injected image Iinj a plausible amount of well distributed keypoints.
Actually, obtaining millions of molecules as a result, quickly or slowly, is not desirable, but ideally, the goal of metabolite identification is to obtain a list of candidate structures that is short in order to examine it and find the structure belonging to the unknown metabolite.
Ideally, it would be desirable to make predictions on success before the start of therapy.
