Meiotic recombination is one of the most important driving forces of biological evolution,
which is initiated by double-strand DNA breaks. Recombination has important roles in …

LncRNA-protein interactions play important roles in post-transcriptional gene regulation,
poly-adenylation, splicing and translation. Identification of lncRNA-protein interactions helps …

Meiotic recombination caused by meiotic double-strand DNA breaks. In some regions the
frequency of DNA recombination is relatively higher, while in other regions the frequency is …

Background: In the post-genome age, it is more urgent to understand the functions of genes
and proteins. Since experimental methods are usually costly and time consuming …

Meiotic recombination plays an important role in the process of genetic diversity
generation.“Hotspots” are regions that show a higher rate of meiotic recombination, while …

Nucleosome is a central element of eukaryotic chromatin, which composes of histone
proteins and DNA molecules. It performs vital roles in many eukaryotic intra-nuclear …

The in-depth study of viral genomes is of great help in many aspects, especially in the
treatment of human diseases caused by viral infections. With the rapid accumulation of viral …

Gene recombination is a key process to produce hereditary differences. Recombination spot
identification plays an important role in revealing genome evolution and promoting DNA …

Recombination hotspots in a genome are unevenly distributed. Hotspots are regions in a
genome that show higher rates of meiotic recombinations. Computational methods for …

Motivation Previously constructed classifiers in predicting eukaryotic essential genes
integrated a variety of features including experimental ones. If we can obtain satisfactory …