Forensic toxicology proteins

CE is playing a major role in the separation of chiral compounds, a field that is gaining increasing attention in pharmaceutical sciences as well as in forensic toxicology (Lurie, 1994 Novotny et al., 1994 Ward, 1994). The chirally active selectors used in CE include optically active complexes such as Cu(II)-l-histidine, Cu(II)-aspartame, cyclodextrins, modified CDs, bile salts, crown ethers, and proteins (bovine serum albumin, aracid glycoprotein, etc.). 

Indeed, mass spectrometry is the method of choice for an amazing range of applications, from structure determination of proteins to forensic toxicology, from fundamental studies of reaction kinetics to imaging tissues. And that breadth of use and dominance of mass spectrometry is well represented in the chapters assembled here. 

Forensic Science Toxicology in Forensic Science Translation of RNA to Protein... 

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