A similar complexity exists in the structures of core promoters – defined as the minimal length of DNA necessary to direct accurate transcription by RNA polymerase II (Pol II) [8] [14].
The results showed that the amino terminal residues and the hydrophobic nature of the peptide, with a minimal length of nine residues, were necessary for transduction.
More precisely, we calculated the minimal length over which sequence similarity is necessary to have a high likelihood to observe off-target cross-reaction.
While increasing this potential ridership is significant, it is necessary to keep any route extension to a minimal length.
The quantitative analysis of FTIR band intensities for a series of POM D/H random copolymers revealed the critical sequence lengths or the minimal helical segmental lengths necessary for the detection of the IR band intensity.
Besides smoothness and minimal length, other requirements may apply.
The performances are illustrated in the context of a multi criteria optimization: minimal length and minimal risk path planning.
While the possible minimal length L min and maximal length L max of range-spread targets are known.
Another available filter singles out alignments under a minimal length.
Maximum variation was 10%, minimal length 80 nt.
