Proteomics is becoming increasingly important for cancer biotherapy. The development of
high-throughput platforms now allows the analysis of multiple proteins from small quantities …

Proteomics allows characterization of protein structure and function, protein–protein
interactions, and peptide modifications. It has given us insight into the perturbations of …

The study of clinical proteomics is a promising new field that has the potential to have many
applications, including the identification of biomarkers and monitoring of disease, especially …

The antigenic landscape of the adaptive immune response is determined by the peptides
presented by immune cells. In recent years, a number of immune-based cancer therapies …

Highlights•Proteomics is a valuable tool for biomarker and novel therapeutic target
discovery.•Omics tools are key methodologies designed to target specific biological …

The most significant advantage of proteomic technology is its ability to profile a whole
proteome or subproteome in a single experiment, so that the protein alterations …

The complementary fields of genomics and proteomics offer insights into the molecular
mechanisms of diseases. While genomics seeks to define our genetic substrate, proteomics …

Cancer survival and progression depend on the ability of tumor cells to avoid immune
recognition. Advances in the understanding of cancer immunity and tumor immune escape …

The evolving discipline of Clinical Proteomics is more than simply describing and
enumerating the systematic changes in the protein constituency of a cell, or just generating …

Oncoproteomics is the study of proteins and their interactions in a cancer cell by proteomic
technologies. Proteomic research first came to the fore with the introduction of two …