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The method is characterized by a Galerkin approximation on the basis of orthogonal polynomials of a discrete variable which represents the polymer degree.
The method is characterized by integrating one touch- trigger probe and two laser probes onto the same Z axis of Coordinate Measuring Machine (CMM), and the two laser probes are located on both sides of the touch probe.
The method is characterized by the use of a vortex lattice discretization of the true blade mean camber surface for the determination of the optimum circulation distribution, which is found by numerically solving a variational problem.
The method is characterized by two steps: (1) determine the boundary envelope (also called reach envelope) of a human limb in closed form as, and, (2) move the workspace envelope towards optimizing the cost function while satisfying all constraints.
The method is characterized by high sensitivity down to the level of single molecules, the capability to detect weak interactions, and high throughput, making it applicable as a screening tool.
The method is characterized by good linearity in the concentration range of 0.5 20 mg kg−1 (r > 0.999), limit of detection was equal to 0.3 mg kg−1, inter-day precision was equal to 1.88% and recovery in the range of 88.0 120%.
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Employing moving-wire flame ionization detector for detection and data station for quantitation, the method was characterized by good separation, short analysis time and adaptability to high boiling samples.
The method was characterized by the acceptable precision (≤6.0% RSD) and accuracy (94%–104%).
The success of the method was characterized by comparison of the bFLIC sequences to human Refseq mRNA and mammalian UTRdb, [ 11].
The authors found that the presence of C. glabrata can be predicted on the basis of exclusive or earlier detection of fungal growth in Anaerobic vials, but the method was characterized by low sensitivity, in the range 31 38 %.
We note that since m is a small constant, the proposed method is characterized by a linear complexity with respect to the length of the mRNA sequence.
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