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sequences is also of importance.
For timed systems, the difference in timings of the two corresponding sequences is also of importance.
Besides, the problem of minimising the length of the test sequences is also addressed.
The effect of the karstic surface of the Chalk on interpretation of Crag sequences is also considered.
The convergence of the introduced sequences is also studied.
The de novo heterochromatin, despite the absence of nucleation sequences, is also stably inherited through meiosis.
Activation of gata4 regulatory sequences is also prevented by NF-κB signaling antagonism, suggesting an underlying defect in cardiomyocyte dedifferentiation.
Random selection of pilot sequences is also explored in [14] and [15].
The doubly exponential number of sequences is also a major impediment to characterizing the entire sequence family.
Thanks to unitarity of the Fourier transform, orthogonality of sequences is also achieved in the time domain.
Let denote a single strand of a promoter sequence, where and is the length of the sequence (generalization to double-stranded DNA sequences is also possible but omitted here).
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