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GLOW DISCHARGES 411 GLYCOLYSIS<br />

GLOW DISCHARGES<br />

BT1 electric discharges<br />

GLUCAGON<br />

*BT1 peptide hormones<br />

*BT1 polypeptides<br />

RT glucose<br />

RT metabolism<br />

RT pancreas<br />

GLUCOCORTICOIDS<br />

*BT1 corticosteroids<br />

NT1 corticosterone<br />

NT1 cortisone<br />

NT1 dexamethasone<br />

NT1 hydrocortisone<br />

NT1 prednisolone<br />

NT1 prednisone<br />

RT acth<br />

RT immunosuppression<br />

GLUCOHEPTONATE<br />

INIS: 2000-04-12; ETDE: 1978-06-14<br />

*BT1 carboxylic acid esters<br />

GLUCONIC ACID<br />

UF dextronic acid<br />

UF glyconic acid<br />

UF glykog<strong>en</strong>ic acid<br />

*BT1 hydroxy acids<br />

RT monosaccharides<br />

GLUCOPROTEINS<br />

1975-08-20<br />

*BT1 glycoproteins<br />

NT1 lactoferrin<br />

NT1 ovalbumin<br />

RT golgi complexes<br />

RT post-translation modification<br />

GLUCOSAMINE<br />

*BT1 hexosamines<br />

RT chitin<br />

GLUCOSE<br />

*BT1 aldehydes<br />

*BT1 hexoses<br />

RT fluorodeoxyglucose<br />

RT glucagon<br />

RT insulin<br />

RT uridine diphosphoglucose<br />

GLUCOSIDASE<br />

INIS: 1992-02-03; ETDE: 1981-01-30<br />

*BT1 o-glycosyl hydrolases<br />

GLUCURONIC ACID<br />

*BT1 aldehydes<br />

*BT1 hydroxy acids<br />

RT glucuronidase<br />

RT glucuronide conjugates<br />

RT hyaluronic acid<br />

RT pectins<br />

GLUCURONIDASE<br />

Code number 3.2.1.31.<br />

*BT1 o-glycosyl hydrolases<br />

RT glucuronic acid<br />

GLUCURONIDE CONJUGATES<br />

INIS: 2000-04-12; ETDE: 1985-09-24<br />

Water soluble conjugates of many foreign<br />

substances are formed by cond<strong>en</strong>sation with<br />

glucuronic acid. This conjugation precedes<br />

and facilitates the elimination of the foreign<br />

substance from the organism.<br />

BT1 metabolites<br />

RT biliary tract<br />

RT excretion<br />

RT glucuronic acid<br />

RT glutathione conjugates<br />

RT sulfates<br />

GLUEBALLS<br />

INIS: 1983-10-14; ETDE: 1983-03-07<br />

Bound states of gluons.<br />

UF gluonium<br />

RT bound state<br />

RT color model<br />

RT gluon model<br />

RT gluons<br />

GLUON CONDENSATION<br />

INIS: 1989-04-20; ETDE: 1989-05-11<br />

RT gluons<br />

RT quantum operators<br />

RT vacuum states<br />

GLUON-GLUON INTERACTIONS<br />

INIS: 1988-11-16; ETDE: 1988-12-02<br />

*BT1 particle interactions<br />

RT gluons<br />

RT quantum chromodynamics<br />

GLUON MODEL<br />

UF massive vector-meson model<br />

SF parton model<br />

*BT1 particle models<br />

RT glueballs<br />

RT gluons<br />

RT quantum chromodynamics<br />

RT vector mesons<br />

gluonium<br />

INIS: 1983-10-14; ETDE: 1983-03-07<br />

USE glueballs<br />

GLUONS<br />

INIS: 1979-01-18; ETDE: 1979-02-23<br />

SF partons<br />

BT1 bosons<br />

RT glueballs<br />

RT gluon cond<strong>en</strong>sation<br />

RT gluon-gluon interactions<br />

RT gluon model<br />

RT quantum chromodynamics<br />

RT quark-gluon interactions<br />

RT quark matter<br />

RT vector mesons<br />

GLUTAMIC ACID<br />

UF aminoglutaric acid-alpha<br />

*BT1 amino acids<br />

NT1 pyridoxylid<strong>en</strong>eglutamate<br />

RT glutamine<br />

RT glutaric acid<br />

GLUTAMINE<br />

*BT1 amides<br />

*BT1 amino acids<br />

RT glutamic acid<br />

GLUTARIC ACID<br />

*BT1 dicarboxylic acids<br />

RT glutamic acid<br />

GLUTATHIONE<br />

*BT1 polypeptides<br />

*BT1 radioprotective substances<br />

RT glutathione conjugates<br />

GLUTATHIONE CONJUGATES<br />

INIS: 2000-04-12; ETDE: 1985-09-24<br />

Water soluble conjugates of many foreign<br />

substances are formed by cond<strong>en</strong>sation with<br />

glutathione. This conjugation precedes and<br />

facilitates the elimination of the foreign<br />

substance from the organism.<br />

BT1 metabolites<br />

RT biliary tract<br />

RT excretion<br />

RT glucuronide conjugates<br />

RT glutathione<br />

RT sulfates<br />

GLUTIN<br />

*BT1 scleroproteins<br />

GLYCERIC ACID<br />

UF dihydroxypropionic acid<br />

*BT1 hydroxy acids<br />

glycerin<br />

USE glycerol<br />

GLYCEROL<br />

1996-10-22<br />

UF 1,2,3-propanetriol<br />

UF glycerin<br />

*BT1 alcohols<br />

RT lecithins<br />

RT lugol<br />

RT nitroglycerin<br />

RT triglycerides<br />

glyceryl trioleate<br />

USE triolein<br />

glycides<br />

USE saccharides<br />

GLYCINE<br />

UF aminoacetic acid<br />

UF glycocoll<br />

*BT1 amino acids<br />

RT glycylglycine<br />

RT hippuric acid<br />

RT sarcosine<br />

GLYCINE HISPIDA<br />

UF soybean plant<br />

*BT1 leguminosae<br />

RT forage<br />

RT soybeans<br />

glycocoll<br />

USE glycine<br />

GLYCOGEN<br />

*BT1 polysaccharides<br />

RT liver<br />

glycol monoalkyl ethers<br />

USE cellosolves<br />

GLYCOLIC ACID<br />

UF hydroxyacetic acid<br />

*BT1 hydroxy acids<br />

*BT1 monocarboxylic acids<br />

RT thionalide<br />

GLYCOLIPIDS<br />

*BT1 lipids<br />

*BT1 saccharides<br />

NT1 cerebrosides<br />

NT1 gangliosides<br />

RT golgi complexes<br />

GLYCOLS<br />

1996-06-26<br />

UF 1,2-ethanediol<br />

UF b<strong>en</strong>zopinacol<br />

UF carbitols<br />

UF diglycol monoalkyl ethers<br />

UF diols<br />

UF ethyl<strong>en</strong>e glycol<br />

UF tetraph<strong>en</strong>ylethyl<strong>en</strong>e glycol<br />

*BT1 alcohols<br />

NT1 butanediols<br />

NT1 cellosolves<br />

NT1 egta<br />

NT1 pinacol<br />

NT1 polyethyl<strong>en</strong>e glycols<br />

NT2 carbowax<br />

NT2 pluronics<br />

RT dacron<br />

RT mylar

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