Sentence examples for length of secondary from inspiring English sources

There has been considerable development in the agricultural landscape of the Fraser Valley between the early 1990's and 2007/2008: grassland cover declined by 53%, the area of urban cover increased by 133%, length of secondary roads increased by 18%, and the volume of highway traffic increased by 33%.

Each discussion was designed to be implemented within a 50 min time period, the traditional length of secondary classes (ages 13 to 17) in the US.

Interestingly, it can be found that the tip wall of the nanocave was divided into lots of small nanowires, and the amount and length of secondary nanowires increased as the etching time extended to 6 h.

The 12S/16S dataset was mostly unambiguous but required slight adjustments in some areas due to differences in length of secondary structure-related sequence.

The structure shows that although the order and length of secondary structural elements in the monomer is similar to EcoL, their relative spatial orientation is substantially different.

Even though the amino-acid sequence of this protein shows limited similarity with that of the CTD of EcoL, the order and –to an extent- the length of secondary structural elements are similar in the two proteins [17] (Figure 3).

In CQ, characteristic lengths of secondary features induced by crystallization depend strongly on the overall PEH composition, whereas are insensitive to temperature cycling.

However the boundaries (and sequence lengths) of secondary structure patterns are not conserved, hence it is difficult to convert this information into feature patterns of fixed length suitable for training SVMs.

Unlike SST, which states the residue start and end points of each segment, computing the lengths of secondary structural elements from DSSP and STRIDE's output is problematic and error-prone (Majumdar et al., 2005).

To test whether this effect was due to the different rates of selection in different secondary structures, data were simulated using the known proportions of selected sites in different secondary structures and the observed length distributions of secondary structures in the data set as a whole.

Cr caused a significant reduction in root/shoot length, number of secondary roots, and root fresh and dry biomasses at 100 μ M. Cr accumulated more in roots and was found higher in hybrid line (ZD14) as compared with its parent lines (J208, Z905) at all Cr stress levels (10, 50, and 100  μ M).