RNA motifs can be defined broadly as recurrent structural elements containing multiple
intramolecular RNA–RNA interactions, as observed in atomic-resolution RNA structures …

The numerical encoding of chemical structure with Topological Indices (TIs) is currently
growing in importance in Medicinal Chemistry and Bioinformatics. This approach allows the …

Understanding the numerous functions that RNAs play in living cells depends critically on
knowledge of their three-dimensional structure. Due to the difficulties in experimentally …

Mining frequent trees is very useful in domains like bioinformatics, web mining, mining
semistructured data, and so on. We formulate the problem of mining (embedded) subtrees in …

RNAs adopt specific structures to perform their activities and these are critical to virtually all
RNA-mediated processes. Because of difficulties in experimentally assessing structures of …

Building tertiary structures of non-coding RNA is required to understand their functions and
design new molecules. Current algorithms of RNA tertiary structure prediction give …

Describing the connectivity of chemical and/or biological systems using networks is a
straight gate for the introduction of mathematical tools in proteomics. Networks, in some …

RNA molecules are important cellular components involved in many fundamental biological
processes. Understanding the mechanisms behind their functions requires RNA tertiary …

With the rapid rate of COVID-19 infections and deaths, treatments and cures besides hand
washing, social distancing, masks, isolation, and quarantines are urgently needed. The …

Single-stranded (ss) RNAs longer than a few hundred nucleotides do not have a unique
structure in solution. Their equilibrium properties therefore reflect the average of an …