Biomedical Engineering Reference
In-Depth Information
Table 1
Representative reviews on steroids analyses by LC-MS/MS and GC-MS
Steroid analysis
Major topics
Reference
Steroid hormones in clinical
chemistry
Role of MS in clinical diagnostic testing and
endocrine biomarker analysis; sample
preparation, e.g., LLE vs. SPE, and
derivatization to enhance sensitivity; LC-MS/
MS method validation, specificity, quality
management, interpretation of test results for
clinical diagnosis; LC-MS/MS analysis of
steroid hormones and related physiology/
pathology diagnostic significances,
including: adrenal steroids, glucocorticoids,
androgens and estrogens.
[
2
]
Steroids hormones in clinical
chemistry
Comparison of RIA, GC-MS/MS and LC-MS/
MS in steroid analysis; role of LC-MS/MS in
metabolomics, e.g., quantitative bioanalysis,
identifying and profiling biomarkers;
standardization of MS assays.
[
14
]
Steroids hormones in clinical
chemistry
Steroid analysis by LC-MS/MS in pediatrics—
challenges in method specificity, sensitivity,
and test results interpretation; steroid assays
and profiling in plasma, saliva, and urine by
LC-MS/MS.
[
9
]
Steroids hormones in clinical
chemistry
Immunoassay vs. GC-MS and LC-MS/MS;
derivatization vs. nonderivatization; steroid
profiles for newborns, adrenal insufficiency,
prostatitis/pelvic pain syndrome, premature
adrenarche, sera from smokers, metabolic
diseases, diabetes, water contaminant,
athletes doping.
[
3
]
Estrogens in clinical chemistry
RIA, GC-MS/MS, and LC-MS/MS analyses of
estrogens in serum and plasma; isotope
internal standard; sample derivatization;
ionization modes and sensitivities of
GC-MS/MS and LC-MS/MS.
[
4
]
Estrogens in clinical chemistry
Measurement of endogenous estrogens by
immunoassays, LC-MS (ESI, APCI, APPI)
and GC-MS.
[
15
]
Endogenous conjugated
androgens in clinical
chemistry
GC-GS and LC-MS/MS analyses of conjugated
androgens—deconjugation, derivatization,
and associated issues.
[
7
]
Steroids hormone residuals in
meat safety concerns
GC-MS
n
and LC-MS
n
analyses of steroids in
edible matrices, e.g., meat, liver, kidney,
kidney fat, and milk.
[
12
]
Steroids hormones as
environmental pollutants
Analysis of steroids as environmental endocrine
disrupting compounds; sample preparation,
e.g., LLE vs. SPE; immunoassay vs. GC-MS/
MS and LC-MS/MS analyses; sensitivities,
e.g., LOD at pg-ng/mL level.
[
13
]
(continued)