Protein and Proteomics Experiment Guide

Author: (Australia) Richard J. Simpson
Translator: He Da Cheng
United States / USA
Publisher:
Publish Date: 2006-10-01
Features:
Background knowledge of protein structure.
Various experimental methods for protein sample preparation and analysis, ranging from traditional chemical analysis to classical chromatography, mass spectrometry techniques, and even new protein chip and informatics methods.
Principles, applications, and supporting information and references for the above-mentioned various technical methods.
For different research purposes of proteins (such as sample preparation, structural sequencing, or functional studies), each chapter lists various experimental protocols as comprehensively as possible, providing options for researchers in laboratories of different scales to choose from. When introducing each experimental protocol, it unfolds in a "step-by-step" operational guide format, detailing experimental instruments, reagents, and procedures, while offering practical tips or solutions for common issues. Without a doubt, for researchers in protein chemistry and biochemistry seeking new technical methods in the emerging field of proteomics, this book is an excellent experimental guide. And for geneticists, cell biologists, molecular biologists conducting phenotype and cellular functional studies, as well as researchers in medical and biomedical engineering fields engaged in protein-related research, this book is also a fundamental experimental reference tool.
Background knowledge of protein structure.
Various experimental methods for protein sample preparation and analysis, ranging from traditional chemical analysis to classical chromatography, mass spectrometry techniques, and even new protein chip and informatics methods.
Principles, applications, and supporting information and references for the above-mentioned various technical methods.
For different research purposes of proteins (such as sample preparation, structural sequencing, or functional studies), each chapter lists various experimental protocols as comprehensively as possible, providing options for researchers in laboratories of different scales to choose from. When introducing each experimental protocol, it unfolds in a "step-by-step" operational guide format, detailing experimental instruments, reagents, and procedures, while offering practical tips or solutions for common issues. Without a doubt, for researchers in protein chemistry and biochemistry seeking new technical methods in the emerging field of proteomics, this book is an excellent experimental guide. And for geneticists, cell biologists, molecular biologists conducting phenotype and cellular functional studies, as well as researchers in medical and biomedical engineering fields engaged in protein-related research, this book is also a fundamental experimental reference tool.