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ioaccumulation 124 BIOLOGICAL EFFECTS<br />

RT work functions<br />

bioaccumulation<br />

INIS: 2000-04-12; ETDE: 1976-05-17<br />

USE biological accumulation<br />

BIOADSORBENTS<br />

Biological materials with adsorptive capacity.<br />

BT1 adsorb<strong>en</strong>ts<br />

RT adsorption<br />

RT decontamination<br />

RT fungi<br />

RT liquid wastes<br />

RT sorptive properties<br />

BIOASSAY<br />

1999-03-26<br />

UF biological testing<br />

UF testing (biological)<br />

NT1 immunoassay<br />

NT2 <strong>en</strong>zyme immunoassay<br />

NT2 radioimmunoassay<br />

RT carcinog<strong>en</strong> scre<strong>en</strong>ing<br />

RT comparative evaluations<br />

RT performance testing<br />

RT plaque formation<br />

RT radioassay<br />

RT radioreceptor assay<br />

bioc<strong>en</strong>oses<br />

USE ecosystems<br />

biochemical activity<br />

USE biochemistry<br />

BIOCHEMICAL FUEL CELLS<br />

2000-04-12<br />

*BT1 fuel cells<br />

BIOCHEMICAL OXYGEN DEMAND<br />

INIS: 1992-01-15; ETDE: 1975-10-28<br />

The amount of oxyg<strong>en</strong> necessary for the<br />

oxidative decomposition of a material by<br />

microorganisms.<br />

UF biological oxyg<strong>en</strong> demand<br />

UF bod<br />

RT aquatic ecosystems<br />

RT biochemistry<br />

RT chemical oxyg<strong>en</strong> demand<br />

RT dissolved gases<br />

RT liquid wastes<br />

RT oxyg<strong>en</strong><br />

BIOCHEMICAL REACTION<br />

KINETICS<br />

*BT1 reaction kinetics<br />

NT1 cpb<br />

RT biochemistry<br />

RT biological markers<br />

RT detoxification<br />

RT <strong>en</strong>zyme activity<br />

RT <strong>en</strong>zymes<br />

RT metabolic diseases<br />

RT metabolism<br />

RT protein <strong>en</strong>gineering<br />

BIOCHEMISTRY<br />

UF biochemical activity<br />

BT1 chemistry<br />

NT1 blood chemistry<br />

NT1 cytochemistry<br />

RT antiandrog<strong>en</strong>s<br />

RT biochemical oxyg<strong>en</strong> demand<br />

RT biochemical reaction kinetics<br />

RT bioconversion<br />

RT biodegradation<br />

RT biological evolution<br />

RT biology<br />

RT bioluminesc<strong>en</strong>ce<br />

RT biosynthesis<br />

RT co<strong>en</strong>zymes<br />

RT <strong>en</strong>zymes<br />

RT ferm<strong>en</strong>tation<br />

RT hormones<br />

RT metabolism<br />

RT receptors<br />

RT soil chemistry<br />

RT synergism<br />

RT vitamins<br />

BIOCONVERSION<br />

INIS: 1991-09-23; ETDE: 1977-12-22<br />

SF microbial processes<br />

NT1 aerobic digestion<br />

NT1 anaerobic digestion<br />

NT2 biogas process<br />

NT1 biophotolysis<br />

NT1 ferm<strong>en</strong>tation<br />

NT2 vacuum ferm<strong>en</strong>tation<br />

RT biochemistry<br />

RT biomass<br />

RT biotechnology<br />

RT biothermgas process<br />

RT photolysis<br />

BIODEGRADATION<br />

1991-08-09<br />

SF microbial processes<br />

*BT1 decomposition<br />

RT aerobic conditions<br />

RT anaerobic conditions<br />

RT biochemistry<br />

RT bioreactors<br />

RT detritus<br />

RT <strong>en</strong>zymatic hydrolysis<br />

biodiversity<br />

INIS: 1992-01-09; ETDE: 2002-06-13<br />

USE species diversity<br />

BIOELECTRICITY<br />

INIS: 1983-09-06; ETDE: 1982-07-27<br />

UF neuron transmission<br />

BT1 electricity<br />

RT electrophysiology<br />

RT nerve cells<br />

RT receptors<br />

RT stimuli<br />

BIOETHANOL<br />

2009-04-22<br />

*BT1 ethanol<br />

NT1 cellulosic ethanol<br />

RT alternative fuels<br />

RT biofuels<br />

RT ethanol fuels<br />

BIOFLAVONOIDS<br />

UF vitamin p<br />

BT1 vitamins<br />

biofouling<br />

INIS: 1984-04-04; ETDE: 1976-08-25<br />

USE biological fouling<br />

BIOFUELS<br />

2004-08-30<br />

Fuels obtained from biological raw materials.<br />

UF biomass fuels<br />

*BT1 alternative fuels<br />

NT1 wood fuels<br />

RT bioethanol<br />

RT biomass<br />

biogas<br />

INIS: 2000-04-12; ETDE: 1983-03-23<br />

USE methane<br />

BIOGAS PROCESS<br />

INIS: 1992-09-09; ETDE: 1975-10-28<br />

An anaerobic digestion process for converting<br />

solid municipal waste and sewage into<br />

pipeline quality fuel gas and an odor free,<br />

stable solid.<br />

UF igt waste process<br />

*BT1 anaerobic digestion<br />

RT waste processing plants<br />

biogeoc<strong>en</strong>oses<br />

USE ecosystems<br />

BIOGEOCHEMISTRY<br />

*BT1 geochemistry<br />

RT biological evolution<br />

RT biology<br />

RT geobotany<br />

RT mineral cycling<br />

BIOINTRUSION<br />

INIS: 1985-07-23; ETDE: 1987-10-23<br />

Breaching by plants or animals of natural or<br />

man-made barriers, e.g. at waste disposal<br />

sites. Not for HUMAN INTRUSION.<br />

UF intrusion (animals)<br />

UF intrusion (plants)<br />

SF intrusion<br />

RT <strong>en</strong>vironm<strong>en</strong>tal exposure pathway<br />

RT f<strong>en</strong>ces<br />

RT nuclear facilities<br />

RT physical protection<br />

RT radioactive waste disposal<br />

RT radioactive waste facilities<br />

BIOLOGICAL ACCUMULATION<br />

INIS: 2000-04-12; ETDE: 1976-05-13<br />

The abnormal or prefer<strong>en</strong>tial accumulation of<br />

a material from the <strong>en</strong>vironm<strong>en</strong>t by a plant or<br />

animal.<br />

UF bioaccumulation<br />

RT biological localization<br />

BIOLOGICAL ADAPTATION<br />

INIS: 1990-12-05; ETDE: 1975-10-28<br />

(Prior to December 1990, this concept was<br />

indexed by ACCLIMATION.)<br />

UF acclimation<br />

RT behavior<br />

RT biological recovery<br />

RT biological variability<br />

RT ecology<br />

RT <strong>en</strong>vironm<strong>en</strong>t<br />

RT heat-shock proteins<br />

RT s<strong>en</strong>sitivity<br />

RT tolerance<br />

BIOLOGICAL AVAILABILITY<br />

INIS: 1985-12-11; ETDE: 1981-09-22<br />

A measure of the ease with which a substance<br />

can be picked up by and incorporated into an<br />

organism.<br />

RT <strong>en</strong>vironm<strong>en</strong>tal exposure pathway<br />

RT radionuclide migration<br />

RT ret<strong>en</strong>tion<br />

RT uptake<br />

BIOLOGICAL DOSEMETERS<br />

*BT1 dosemeters<br />

RT biological indicators<br />

BIOLOGICAL EFFECTS<br />

NT1 biological radiation effects<br />

NT2 abscopal radiation effects<br />

NT2 delayed radiation effects<br />

NT2 early radiation effects<br />

NT2 g<strong>en</strong>etic radiation effects<br />

NT2 local radiation effects<br />

NT3 osteoradionecrosis<br />

NT3 radiation burns<br />

NT3 radiodermatitis<br />

NT2 radiation injuries<br />

NT3 osteoradionecrosis<br />

NT3 radiation burns<br />

NT3 radiodermatitis<br />

NT1 g<strong>en</strong>etic effects

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