Preface—Plant Proteomic Research

Preface—Plant Proteomic Research

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Statistical contributions to proteomic research.

Proteomic profiling has the potential to impact the diagnosis, prognosis, and treatment of various diseases. A number of different proteomic technologies are available that allow us to look at many proteins at once, and all of them yield complex data that raise significant quantitative challenges. Inadequate attention to these quantitative issues can prevent these studies from achieving their d...

Electrophoresis-Based Proteomic Meat Animal Research

In this review, some of the limitations and issues related to current popular proteomic approaches will be discussed and a case will be made for the benefits of using one-dimensional electrophoresis-based proteomics for agricultural study setups. One-dimensional electrophoresis-based proteomics has an important advantage over conventional two-dimensional proteomic technologies because they are ...

Genomic & proteomic technological advances in cancer research.

Proteomic Tools for Cancer Research: Updating the Oncoproteomics

The molecular changes that occur in cancerous cells can be viewed as biochemical modifications orchestrated on a protein level. The human proteome is estimated to contain more than 20,000 proteins. Thus, studying proteins that are differentially expressed in cancer cells can reveal a plethora of important components involved in cell signaling and functionality. Notably, within the last 20 years...