This method is generally applicable to various complex mixtures.
Our results suggest that this method is generally applicable to GPCRs.
Because the controller is deduced directly from time-delay differential equation, system stability can be guaranteed easily, thus this method is generally applicable to ordinary control systems.
This approach is generally applicable, as miR-126-, miR-122-5p-, and miR-375-switches purified endothelial cells, hepatocytes, and insulin-producing cells differentiated from hPSCs, respectively.
This lithography is generally applicable to micropatterning of organic thin films including alkylsilane SAMs, since its patterning mechanism involves cleavage of CC bonds in organic molecules and subsequent decomposition of the molecules.
This approach is generally applicable to a wide variety of colloidal templates irrespective of their shape, material and structure, allowing the void structure and geometry (spherical void, yolk-shell, multi-shells and non-spherical cavity) to be controlled.
The integrative method illustrated in this paper is generally applicable to the optimization of architecture in other systems where all the functions are driven by the exergy of the fuel installed onboard.
The phase-field method developed in this work is generally applicable to simulate the dynamic microstructure evolution of metals and alloys that produce low-symmetry phases through martensitic transformation.
Relative folding free energies determined from GB1-phage sequence data agree well with published GB1 thermal stability studies, validating the use of phage display to conduct quantitative stability studies on GB1, and further suggesting that this method is generally applicable to mutational analysis of protein stability.
This mechanism is generally applicable for antibiotics with different modes of action.
