Simple Summary DNA structural biology deals with the understanding of DNA and three-
dimensional chromatin structure, which can determine its function in the cell. The key …

There are mathematical constants that describe universal relationship between variables,
and physical/chemical constants that are invariant measurements of physical quantities. In a …

Entropy based measures have been frequently used in symbolic sequence analysis. A
symmetrized and smoothed form of Kullback-Leibler divergence or relative entropy, the …

Segmentation is a standard method of data analysis to identify change-points dividing a
nonstationary time series into homogeneous segments. However, for long-range fractal …

A key quantity describing the dynamics of complex systems is the first-passage time (FPT).
The statistical properties of FPT depend on the specifics of the underlying system dynamics …

The 2017 update of NGSmethDB stores whole genome methylomes generated from short-
read data sets obtained by bisulfite sequencing (WGBS) technology. To generate high …

The complexity of the primary structure of human DNA is explored using methods from
nonequilibrium statistical mechanics, dynamical systems theory, and information theory. A …

Relevant words in literary texts (key words) are known to be clustered, while common words
are randomly distributed. Given the clustered distribution of many functional genome …

Symbolic sequences have been extensively investigated in the past few years within the
framework of statistical physics. Paradigmatic examples of such sequences are written texts …

Algebraic segmentation of short nonstationary time series is presented in this paper. The
proposed algorithm is based on the algebraic one step-forward predictor which is used to …