Proteins and peptides present within clinical samples represent a valuable library of
information regarding the ongoing processes within cells and tissues in health and disease …

Proteomics is a relatively new approach for understanding the pathology and pathogenesis
of various diseases. It has also been used for characterizing the modifications in protein …

Proteomics aims to study the whole protein content of a biological sample in one set of
experiments. Such an approach has the potential value to acquire an understanding of the …

Recent technological developments in proteomic analysis are bringing us new insights into
the molecular classification of tumours. Although proteomic analysis in cancer profiling is still …

Recent advances in proteomics technologies provide tremendous opportunities for
biomarker-related clinical applications; however, the distinctive characteristics of human …

Proteomics is a rapidly developing field and it opens new horizons in many research areas
of life sciences. In the field of medicine, proteomics promises to accelerate the discovery of …

The study of protein expression within distinct clinical disease settings is a major focus of
biomedical research today. Powerful technology tools can now define the specific protein …

We have developed an integrated suite of algorithms, statistical methods, and computer
applications to support large-scale LC-MS-based gel-free shotgun profiling of complex …

Proteomics addresses the important goal of determining the chemistry and composition of
proteins in biological samples. Mass-spectrometry-based strategies have been highly …

The cellular proteome shows a dynamic profile and is subjected to changes in response to
various stimuli and disease progression. Lung cancer remains the leading cause of cancer …