Biologically and Environmentally Important Organic Compounds

Accelerate your GC-MS analysis! This new database from Wiley features mass spectra for over 1,800 biologically and environmentally important organic compounds in the form of their trimethylsilyl derivatives (TMS), along with TMS linear temperature programmed chromatographic retention indices (from 713 to 4700 index units). A point of special interest is that this library has analytical parameters of previously noninvestigated substances detected by the author's team in plant tissues (for example, phenylpropenoids of sesquiterpenols and glycerides of cinnamic acids). It is the first publication containing analytical parameters of high-boiling compounds such as glycosides, lignans, and phenylpropenoid glycerides with IT values > 4000. For more information, please visit https://sciencesolutions.wiley.com/solutions/technique/gc-ms/biologically-and-environmentally-important-organic-compounds-gcms-library/Accelerate your GC-MS analysis! Accelerate your GC-MS analysis! This new database from Wiley features mass spectra for over 1,800 biologically and environmentally important organic compounds in the form of their trimethylsilyl derivatives (TMS), along with TMS linear temperature programmed chromatographic retention indices (from 713 to 4700 index units). A point of special interest is that this library has analytical parameters of previously noninvestigated substances detected by the author's team in plant tissues (for example, phenylpropenoids of sesquiterpenols and glycerides of cinnamic acids). It is the first publication containing analytical parameters of high-boiling compounds such as glycosides, lignans, and phenylpropenoid glycerides with IT values > 4000. For more information, please visit https://sciencesolutions.wiley.com/solutions/technique/gc-ms/biologically-and-environmentally-important-organic-compounds-gcms-library/