Back Matter (PDF) - Clinical Chemistry
Back Matter (PDF) - Clinical Chemistry
Back Matter (PDF) - Clinical Chemistry
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measurement of estrogen and progesterone<br />
receptors in breast tumors using steroidbinding<br />
assays and monoclonel enzyme<br />
immunoassays (A), 1138<br />
measuring decision values for prostate-specific<br />
antigen in serum (A), 1077<br />
measuring tissue factor (Factor HI) acty. in<br />
plasma, 1897<br />
methods for detg. “reference chenes” from<br />
serial measurements: plasma lipid-bound<br />
sialic acid, 972<br />
2-microglobulin and immune activation (L),<br />
2158<br />
molecular genetics of leukemia and lymphoma<br />
(S),B43<br />
neopterin meas. in serum, tissue culture<br />
supernates by competitive enzyme-linked<br />
immunosorbant assay, 1467<br />
no relation between colorectal cancer and<br />
concns. of Ca in serum (L), 1263<br />
pancreatic oncofetal antigen and carbohydrate<br />
antigen 19-9 in sera of patients with<br />
pancreatic cancer, 405<br />
PAP end PSA as markers of prostatic<br />
carcinoma (A), 1191<br />
partial charectern, of an abnormal lactate<br />
dehydrogenase isoenzyme, LDH-lex, in<br />
serum from a patient with hepatocellular<br />
carcinoma (SN), 844<br />
prelim, chin. evaln. of an ovarian cancer<br />
marker-CA 215 (A), 1081<br />
preliminary appraisal of a PR-EIA kit for<br />
quantifying progesterone receptors in breastcancer<br />
tissue (L), 339<br />
prostatic inhibin-hike peptide in urine of<br />
prostatic cancer patients, meas, by enzymelinked<br />
immunosorbent assay, 1376<br />
proto-oncogene abnormalities in human cancer<br />
(A), 1057<br />
relative importance of estrogen and<br />
progesterone receptor assays as prognostic<br />
indicators in primary breast cancer: shortterm<br />
study, 238<br />
RIA of circulating chromogranin A: in vitro<br />
stability, exploration of neuroendocrine<br />
character of neoplasla, and assessment of<br />
effects of organ failure, 1631<br />
RIA of -microseminaprotein, a prostaticsecreted<br />
protein in acre of men and women,<br />
1497<br />
serum creatine kinase isoenzyme BB: poor<br />
index to size of various brain lesions (SN),<br />
651<br />
solving the problem of antibody interference in<br />
commercial “sandwich”-type immunoassays<br />
of carcinoembryonic antigen (SN), 146<br />
sugar-chain anal, of elk. phosphatase by lectin<br />
affinity chromatog. in serum from a patient<br />
with osteosarcoma (TB), 179<br />
tumor-derived activated cells: prehim. lab, and<br />
din, results (5), 1576<br />
two-site immunoenzymometric assay of 52-kDa<br />
pro-cathepsin D; use in breast diseases, 234<br />
two-site immunoenzymometry of 52-kDa<br />
cathepsin D in cytosols of breast-cancer<br />
tissues, 81<br />
two-site IRMA far detn, of urinary<br />
cytakeratin-18; apphicn. to management of<br />
bladder cancer (A), 1198<br />
use of CEA, CA 15-3, and sialic acid in<br />
evaluating cm, course of breast cancer<br />
patients (A), 1080<br />
Cannablnoids<br />
calibrators containing 11-nor--THC-9-<br />
carboxylic acid far use with Syva EMIT#{176}<br />
cannabinoid assays (A), 1173<br />
comparison of Abbott TDx FPIA for<br />
cannabinoids with GC/MS (A), 1185<br />
delta-9-THC and delta-9-THC-carboxylic in<br />
serum by quant. GC/MS (A), 1170<br />
five cannabinoid immunoessey systems<br />
compared at the screening threshold of 100<br />
ig/L (SN), 2241<br />
indole compounds do not cause false_positives<br />
with the TDx cannabinoid assay (TB), 323<br />
mechanism of false-negative urine cannabinoid<br />
immunoassay screens by Visin&M eyedrops<br />
(SN), 636<br />
(A), 1163<br />
melanin and other indole compds. do not cause<br />
false-positive cannabinoid assay results (L),<br />
1809<br />
sample preparation for thin-layer chromatog.<br />
anal, for 11-nor-9-tatrahydrocannabinoh-9-<br />
carboxylic acid in urine (SN), 163<br />
Carbamazepine<br />
differing results far carbamazepine between<br />
ace and TDx (A), 1182<br />
EMIT mess, of carbamazepine, phenobarbital,<br />
and theophyllline in the “Monarch” centrif.<br />
analyzer (L), 895<br />
latex-based immunoassay for detn. of<br />
carbamazepine with IL Monarch” chem.<br />
system (A), 1171<br />
Syva EMITS convenience pack assays for<br />
carbamazepine and tobramycin on the Cobas<br />
Mira analyzer (A), 1173<br />
Carbon dioxide<br />
calculated HC0 or total C02?, 1697<br />
Carbon monoxide<br />
reliability of detn. of whole-blood 02 affinity<br />
with blood-gas analyzers and multiwavelength<br />
oximeters, 773<br />
Carboxyhemoglobin<br />
spectrophotometric stat detn. of HbCO in<br />
microsamples (A), 1163<br />
Carboxypeptidase<br />
labile enzyme in fresh serum interferes with<br />
assay of carboxypeptidase N (TB), 177<br />
measuring carboxypeptidsse A acty. with a<br />
centrif. analyzer anal, and din.<br />
considerations, 251<br />
Carcinoembryonic<br />
immunometric<br />
antigen<br />
assay for carcinoembryonic<br />
antigen based on enhanced luminescence<br />
(A), 1080<br />
immunoradiometry of carcinoembryonic<br />
antigen with use of avidin-biotin labeling,<br />
573<br />
incidence of elevation of tumor markers CA-<br />
549, CA-15.3, and CEA in acre of breast<br />
cancer patients (A), 1078<br />
solid-phase time-resolved immunofluorometric<br />
assay for carcinoembryonic antigen (A), 1077<br />
solving the problem of antibody interference in<br />
commercial “sandwich”-type immunoassays<br />
of carcinoembryonic antigen (SN), 146<br />
use of CEA, CA 15-3, and sialic acid in<br />
evaluating din, course of breast cancer<br />
patients (A), 1080<br />
Carcinoma<br />
measurement of sialic acid in squamous cell<br />
carcinoma patients (anal canal and cervix)<br />
by an automated Cobas-Mira procedure (A),<br />
1079<br />
Cardiac disease<br />
See Heart disease<br />
Cardiac glycosides<br />
detection of poisoning by plant-origin cardiac<br />
glycoside with the Abbott TDx analyzer<br />
(SN), 295<br />
Cardiolipin<br />
ELISA method to measure antibodies to<br />
cardiohipin and phosphatidylserine (A), 1207<br />
Carnitine<br />
(acyl)carnitine<br />
erythrocytes,<br />
distribution between plasma,<br />
and leukocytes in blood (L),<br />
711<br />
ref. values for creatine, creatinine, and<br />
carnitine are lower in vegetarians (L), 1802<br />
Carotenoids<br />
butylated hydroxytoluene in the mobile phase<br />
increases sensitivity in carotenoids<br />
chromatog. (L), 513<br />
concns, of carotanoids, retinol, and tocopherol<br />
in plasma aftera meal (SN), 310<br />
transport conditions and stability<br />
markers in blood (SN), 2313<br />
of biochem.<br />
Catecholamines<br />
comparison of HPLC and radioenzymatic assay<br />
for plasma catecholamines (A), 1100<br />
Cathepsin<br />
twa-site immunoenzymometry of 52-kDe<br />
cathepsin D in cytosols of breast-cancer<br />
tissues, 81<br />
Cathepsin-llke acid protease<br />
calciferin and cathepsin D-like acid protease in<br />
serum in acute, chronic liver injuries in rats,<br />
humans, 2202<br />
CEDIA<br />
cloned enzyme donor immunoassay of serum<br />
digoxin (A), 1190<br />
performance of CEDIA’ ‘1’4MAb and T-uptake<br />
assays on Technicon RA-1000’ (A), 1191<br />
Cell surface modulation<br />
cell and substrate adhesion molecules in<br />
embryonic and neural development (5), 738<br />
Centrifugal<br />
analyzer<br />
arginine pharmacokinetics assessed with an<br />
enzymatic assay adapted to a centrif,<br />
analyzer (SN), 1024<br />
assays for immunoglobulins on the Cobas Mire<br />
analyzer (A), 1197<br />
automated enhanced<br />
rheumatoid factors<br />
latex agglutn, assay for<br />
in serum (SN), 303<br />
automated measurement of microalbuminuria<br />
with a microcentrifugal analyzer (A), 1084<br />
automated methods far din, assay of<br />
superoxide dismutase and glutathione<br />
peroxidase in human plasma and<br />
erythrocytes using a Cobas Bio centrifugal<br />
analyser (A), 1126<br />
automated micromethod for measuring free<br />
fatty acids in plasma/serum (SN), 2228<br />
din, performance of the EMIT vancomycin<br />
assay (SN), 1504<br />
cost-effective assays for use in monitoring<br />
carbamazepine, phenobarbital, and<br />
phenytoinin serum (SN) 1782<br />
detn, of protein concn. in human breast milk<br />
using Coomassie Brilliant Blue on the Cobas<br />
Fara centrifugal analyzer (A), 1082<br />
development of apphicn. protocols for EMIT<br />
vancomycin assay on the Syva Autolab’”<br />
instrument system and for Cobss Mira<br />
analyzer (A), 1167<br />
development of automated latex agglutination<br />
immunoassay for proceinainide for IL<br />
Monarch’ chem. system (A), 1171<br />
development of latex-based tobramycin<br />
immunoassay for the IL Monarch” chem.<br />
system (A), 1172<br />
dimethylniethylene blue-based spectrophotom,<br />
of glycoeaminoglycans in untreated urine:<br />
rapid screening for mucopolysaccharidos,<br />
1472<br />
EMIT ethanol assays for use on Cobas Mira<br />
and Cobas Bio analyzers (A), 1166<br />
EMIT mess, of carbamazepine, phenobarbitaj,<br />
and theophyliline in the “Monarch” centrif,<br />
analyzer (L), 895<br />
EMIT’” serum thyroid hormone uptake assay<br />
for use on Cobas Mire and Cobas Bjo<br />
analyzers (A), 1141<br />
enzymatic assay of Mg through glucokinase<br />
actn. (SN), 2212<br />
enzymatic<br />
enzymatic<br />
detn. of K in serum, 817<br />
method for lactate in whole blood<br />
adapted to the Cobas Bio (TB), 324<br />
enzymatic method for oxalata automated with<br />
the Cobas Fara centrif. analyzer (SN), 2094<br />
enzymatic theophyllmne assay an Cobas-Mira<br />
(A), 1102<br />
enzymic assay of sahicylate adapted to the<br />
Monarch centrifugal<br />
enzymic mess, of total<br />
analyzer (TB), 326<br />
bile acids adapted to the<br />
Cobas Fare centrif, analyzer (TB), 1538<br />
evaln. of Biotrol bicarbonate reagent on Roche<br />
Cobas Mira (A), 1092<br />
evaln. of PG-Numeric’” test for semiautomated<br />
anal, of phosphatidylglycerol in<br />
amniotic fluid (A), 1072<br />
evaln. of theophylline rotor for DuPont Analyst<br />
(A), 1108<br />
four fluorescence polarization immunoassays<br />
for therapeutic drug monitoring evald., 138<br />
immunometric assay for digoxin adapted to<br />
Roche Cobas Fara centrifugal analyzer (A),<br />
1166<br />
immunoturbidimetry of prealbumin<br />
(transthyretin) in a microcentrifugal<br />
analyzer (TB), 178<br />
improved pyrogallol red-Mo method for detg.<br />
total urinary protein (SN), 2233<br />
improved urinary oxalate method for a centrif.<br />
analyzer (L), 1806<br />
kinetic mess, of ketone bodies (L), 1263<br />
latex agglutination inhibition immunoassay for<br />
gentamicmn on the IL Monarch’” chem,<br />
system (A), 1172<br />
latex agglutination inhibition immunoassay for<br />
quinidine on the IL Monarch’” chem. system<br />
(A), 1172<br />
latex-based immunoassay for detn. of<br />
carbamazepine with IL Monarch’” chem.<br />
system (A), 1171<br />
measurement of fructoaamine using nitroblue<br />
tetrazohium on IL Multistat end comparison<br />
with Hb A1 in diabetic patients (A), 1146<br />
measurement of sialic acid in squamous cell<br />
carcinoma patients (anal canal and cervix)<br />
by an automated<br />
1079<br />
Cobas-Mira procedure (A),<br />
measuring carboxypeptidase A acty. with a<br />
centrif. analyzer anal, and chin.<br />
considerations, 251<br />
CLINICALCHEMISTRY, Vol. 35, No. 12, 1989 2369