Protein solubility plays a major role and has strong implication in the proteomics. Predicting
the propensity of a protein to be soluble or to form inclusion body is a fundamental and not …

Protein solubility plays a major role for understanding the crystal growth and crystallization
process of protein. How to predict the propensity of a protein to be soluble or to form …

Obtaining soluble proteins in sufficient concentrations is a major obstacle in various
experimental studies. How to predict the propensity of targets in large-scale proteomics …

The rapidly increasing number of sequence entering into the genome databank has called
for the need for developing automated methods to analyze them. Information on the …

The location of a protein in a cell is closely correlated with its biological function. Based on
the concept that the protein subcellular location is mainly determined by its amino acid and …

Compared with the conventional amino acid (AA) composition, the pseudo-amino acid
(PseAA) composition as originally introduced for protein subcellular location prediction can …

It is a critical challenge to develop automated methods for fast and accurately determining
the structures of proteins because of the increasingly widening gap between the number of …

The function of protein is closely correlated with it subcellular location. Prediction of
subcellular location of apoptosis proteins is an important research area in post-genetic era …

Successful protein structure identification enables researchers to estimate the biological
functions of proteins, yet it remains a challenging problem. The most common method for …

Protein solubility is a prerequisite for many structural, functional studies. Predicting the
propensity of a protein to be soluble or to form inclusion body is a challenging and crucial …