Developments in subcellular fractionation strategies have provided the means to profile and
analyze the protein composition of organelles and cellular structures by proteomics. Here …

Since the proposal of the signal hypothesis on protein subcellular sorting, a number of
computational analyses have been performed in this field. A typical example is the …

Predicting subcellular localization has become a valuable alternative to time-consuming
experimental methods. Major drawbacks of many of these predictors is their lack of …

Motivation: Protein subcellular localization is pivotal in understanding a protein's function.
Computational prediction of subcellular localization has become a viable alternative to …

It is well known that an important step toward understanding the functions of a protein is to
determine its subcellular location. Although numerous prediction algorithms have been …

Predicting the subcellular localization of proteins conquers the major drawbacks of high-
throughput localization experiments that are costly and time-consuming. However, current …

Predicting the subcellular locations of proteins can provide useful hints that reveal their
functions, increase our understanding of the mechanisms of some diseases, and finally aid …

New antimycotic drugs are challenging to find, as potential target proteins may have close
human orthologs. We here focus on identifying metabolic targets that are critical for fungal …

Preventing L. monocytogenes infection is crucial for food safety, considering its widespread
presence in the environment and its association with contaminated RTE foods. The …

Circular RNAs (circRNAs) are regulatory molecules involved in the modulation of gene
expression. Although originally assumed as non-coding RNAs, recent studies have …