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A "key-sequence" procedure is presented for the automated tandem mass spectrometric analysis of compounds on a Finnigan ion-trap mass spectrometer. This allows fragmentation pathways of a range of masses or even a complete spectrum to be prepared automatically, obviating the tiresome preparation and optimization of individual scan-editor files. The procedure is limited by the speed of the driving computer; an "IBM-AT", for example, permits more than 10 mass units to be scanned per minute. It is calibrated with perfluorotributylamine and methyl stearate is used to demonstrate its results. The Finnigan ion-trap "programming option" is necessary for implementation of the procedure.
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
August 1999,
Journal of the American Society for Mass Spectrometry,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
January 1996,
Rapid communications in mass spectrometry : RCM,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
January 2000,
Rapid communications in mass spectrometry : RCM,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
January 2004,
Rapid communications in mass spectrometry : RCM,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
August 1999,
Analytical chemistry,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
September 2012,
Talanta,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
January 2003,
Rapid communications in mass spectrometry : RCM,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
April 2000,
Journal of the American Society for Mass Spectrometry,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
July 2000,
Analytical chemistry,
L K Pannell, and
Q L Pu, and
R T Mason, and
H M Fales
January 2007,
International journal of mass spectrometry,
