Biomedical Engineering Reference
In-Depth Information
analysis are pointed out. At least diverse fields of applications are categorized to
review several examples of PK, distribution, and biotransformation studies as well
as toxicological analysis. Concluding remarks point out potential future trends and
possibilities of LC-MS in clinical pharmacology.
Abbreviations
5-HT 3 R
5-Hydroxytryptamine (serotonin) receptor
ACN
Acetonitrile
Ada
Anisodamine
Adi
Anisodine
AGP
Alpha-glycoprotein
APCI
Atmospheric pressure chemical ionization
API
Active pharmaceutical ingredient
Atr
Atropine
AtrE
Atropinesterase
BBB
Blood-brain barrier
Becg
Benzoylecgonine
Beme
Bemesetron
Benz
Benztropine
BuS
N -butyl-scopolamine
CID
Collision-induced dissociation
Cim
Cimetropium
CNS
Central nervous system
Coc
Cocaine
COPD
Chronic obstructive pulmonary disease
Da
Dalton
EBQ 1 Q 2
Double focusing sector fi eld mass spectrometer
EE
Ethylacetate
ESI
Electrospray ionization
Et 2 O
Diethylether
FA
Formic acid
FAB
Fast atom bombardment
GIT
Gastrointestinal tract
glucu
Glucuronide conjugate
Gran
Granisetron
Hep-SA
Heptanesulfonic acid
HPLC
High-performance liquid chromatography
hyo
Hyoscyamine
IBS
Irritable bowel syndrome
Ipra
Ipratropium
iso
Isocratic
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