72
Methods for impurity profiling of heroin and cocaine
Figure VI. GC-ECD chromatogram of the determination of truxillines
in a cocaine comparison case
(Truxillines indicated by square bracket)
Source: J. M. Moore and J. F. Casale, “Cocaine profiling methodology: recent advances”, Forensic
Science Review, vol. 10, 1998, pp. 13-46. Copyright Forensic Science Review. Reprinted with per-
mission.
Annex III
73
Figure VII. Expanded “window” of the chromatogram in figure VI,
showing chromatography and identification of the individual truxillines
Source: J. M. Moore and J. F. Casale, “Cocaine profiling methodology: recent advances”, Forensic
Science Review, vol. 10, 1998, pp. 13-46. Copyright Forensic Science Review. Reprinted with per-
mission.
Truxilline isomers:
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*0583802*
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ISBN 92-1-148206-2
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Document Outline - Contents
- I. INTRODUCTION
- II. ASPECTS OF DRUG CHARACTERIZATION AND IMPURITY PROFILING
- III. METHODS FOR IMPURITY PROFILING
- IV. DATA HANDLING, INTERPRETATION OF RESULTS AND APPROACH TO SETTING UP PROFILING DATA COLLECTIONS
- ANNEX I SUPPLEMENTARY INFORMATION (FOR BOTH HEROIN AND COCAINE)
- ANNEX II IMPURITIES IN HEROIN AND COCAINE AND THEIR “SOURCES”
- ANNEX III REFERENCE CHROMATOGRAMS AND PEAK IDENTIFICATION TABLES
- BIBLIOGRAPHY
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