The plasma membrane proteome can be defined as the entire complement of proteins present in the plasma membrane at a specific time. The process of carcinogenesis leads to changes in the array of proteins present in the plasma membrane proteome. Analysis of differential expression of such proteins in cancer is extremely important; due to their position on the cell surface they have a potential for use as diagnostic and/or prognostic markers and therapeutic targets. Biotin labelling followed by avidin chromatography can be used to obtain membrane protein enriched lysates from cell lines, which can then be resolved using SDS-PAGE, coomassie staining and mass spectrometry
The study of membrane proteins is of particular interest in clinical research, since they are involv...
In the present study, total membrane proteins from tumor cell lines including HepG2, Hep3B2, H226, O...
Plasma membrane (PM) proteins play crucial roles in cell signaling and communications, and they are ...
The plasma membrane proteome can be defined as the entire complement of proteins present in the plas...
The identification of (plasma) membrane proteins in cells can provide valuable insights into the reg...
The use of broad spectrum chemotherapeutic agents to treat breast cancer results in substantial and ...
<div><p>The use of broad spectrum chemotherapeutic agents to treat breast cancer results in substant...
Drug discovery is an important field of research in the biotechnology and pharmaceutical industries....
The understanding of carcinogenesis and tumor progression on a molecular basis needs a detailed stud...
Oncoproteomics aims to the discovery of molecular markers, drug targets and pathways by studying can...
The discovery of biomarkers that are readily accessible through the circulating blood and are select...
Abstract Early detection of cancer is vital for the best chance of successful treatment, but half of...
Cell surface proteins are responsible for many critical functions. Systematical profiling of these p...
The gel-based proteomic analysis of plasma membranes from rat liver and chemically induced, malignan...
The various forms of cancer is a major public health problem of the modern societies. Several enviro...
The study of membrane proteins is of particular interest in clinical research, since they are involv...
In the present study, total membrane proteins from tumor cell lines including HepG2, Hep3B2, H226, O...
Plasma membrane (PM) proteins play crucial roles in cell signaling and communications, and they are ...
The plasma membrane proteome can be defined as the entire complement of proteins present in the plas...
The identification of (plasma) membrane proteins in cells can provide valuable insights into the reg...
The use of broad spectrum chemotherapeutic agents to treat breast cancer results in substantial and ...
<div><p>The use of broad spectrum chemotherapeutic agents to treat breast cancer results in substant...
Drug discovery is an important field of research in the biotechnology and pharmaceutical industries....
The understanding of carcinogenesis and tumor progression on a molecular basis needs a detailed stud...
Oncoproteomics aims to the discovery of molecular markers, drug targets and pathways by studying can...
The discovery of biomarkers that are readily accessible through the circulating blood and are select...
Abstract Early detection of cancer is vital for the best chance of successful treatment, but half of...
Cell surface proteins are responsible for many critical functions. Systematical profiling of these p...
The gel-based proteomic analysis of plasma membranes from rat liver and chemically induced, malignan...
The various forms of cancer is a major public health problem of the modern societies. Several enviro...
The study of membrane proteins is of particular interest in clinical research, since they are involv...
In the present study, total membrane proteins from tumor cell lines including HepG2, Hep3B2, H226, O...
Plasma membrane (PM) proteins play crucial roles in cell signaling and communications, and they are ...