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Toxicity effective

To acquire an overview of methods and examples of some pitfalls in modeling log P, log S, and the toxic effects of compounds... [Pg.487]

Table 3. Toxic Effects of Furfural and Main Derivatives ... Table 3. Toxic Effects of Furfural and Main Derivatives ...
Registry of Toxic Effects of Chemical Substances (RTECS) On-Liae Database. National Library of Mediciae, Bethesda, Maryland. [Pg.227]

H. S. Christensen and T. Lugiubyl, eds., Registy of Toxic Effects of Chemical Substances, U.S. Dept, of Health, Education, Welfare, RockviUe, Md., 1975. [Pg.71]

SAN resins themselves appear to pose few health problems in that they have been approved by the EDA for beverage botde use (149). The main concern is that of toxic residuals, eg, acrylonitrile, styrene, or other polymerization components such as emulsifiers, stabilizers, or solvents. Each component must be treated individually for toxic effects and safe exposure level. [Pg.197]

The toxicity of these fluoroaluminates is mainly as inorganic fluorides. The ACGIH adopted (1992—1993) values for fluorides as F is TLV 2.5 mg/m. The oral toxicity in laboratory animal tests is reported to be LD q rat 2.15 mg/kg (41). Because of the fine nature of the products they can also be sources of chronic toxicity effects as dusts. [Pg.146]

D. V. Sweet, ed.. Registry of Toxic Effects of Chemical Substances-198511986 Edition, Vols. 1—5, DHHS (NIOSH) pubhcation no. 87-114, Washington, D.C., 1987. [Pg.342]

Oral appHcations of 1500 mg/kg/d for two weeks caused death of rats. Repeated oral appHcations (4 wks) of 30 p-L/kg to rats caused no toxic symptoms, 100 pL/kg resulted in minor toxic effects, and 300 pL/kg induced impairment of several organs andlethaHty. Repeated oral appHcations (26 x) of 0.1 mL/kg caused no toxic symptoms in cats or rabbits. Inhalation of 1500 ppm (2 wks) were without effects, whereas in a similar study with... [Pg.509]

RTECS National Institute for Occupational Safety and Health (NIOSH) registry of toxic effects of chemical substances contains toxicity data and references commercially important substances... [Pg.120]

The LC q (lowest possible lethal concentration) has been reported to be 23 ppm for a 30 min exposure time (mouse), 53 ppm for an exposure time of 100 min (rat, rabbit, and guinea pig), and 200 ppm for an exposure time of 10 min (monkey). No toxic effects were reported upon exposure to 1 ppm for 7 h/d over 55 days. The oral LD q (rat) of ketene is 1300 mg/kg, the low level of toxicity probably being due to the almost immediate formation of acetic acid and other acetates in the digestive tract. [Pg.476]

RTECS, Reght of Toxic Effects of Chemical Substances, VoL 2, NIOSH, Cincinnati, Ohio, 1981—1982, entry OA7700000, p. 595, and RQ8225000, p. 930 also available on CD-ROM through Canadian Centre for Occupational Health and Safety, Hamilton, Ontario, Canada, 1992. [Pg.483]

The alimentary symptoms may be overshadowed by neuromuscular dysfunction, accompanied by signs of motor weakness that may progress to paralysis of the exterior muscles or the wrist (wrist drop), and less often, of the ankles (foot drop). Encephalopathy, the most serious result of lead poisoning, frequendy occurs in children as a result of pica, ie, ingestion of inorganic lead compounds in paint chips this rarely occurs in adults. Nephropathy has also been associated with chronic lead poisoning (147). The toxic effects of lead may be most pronounced on the developing fetus. Consequendy, women must be particulady cautious of lead exposure (148). The U.S. Center for Disease Control recommends a blood level of less than 10 p.m per 100 mL for children. [Pg.73]

Lead is toxic to the kidney, cardiovascular system, developiag red blood cells, and the nervous system. The toxicity of lead to the kidney is manifested by chronic nephropathy and appears to result from long-term, relatively high dose exposure to lead. It appears that the toxicity of lead to the kidney results from effects on the cells lining the proximal tubules. Lead inhibits the metaboHc activation of vitamin D in these cells, and induces the formation of dense lead—protein complexes, causing a progressive destmction of the proximal tubules (13). Lead has been impHcated in causing hypertension as a result of a direct action on vascular smooth muscle as well as the toxic effects on the kidneys (12,13). [Pg.78]

Daylight fluorescent pigments (qv) are considered to be nontoxic. Since they are combinations of polymers and dyestuffs, the combined effect of the ingredients must be taken into account when considering the net toxic effect of these materials. Table 5 gives results of laboratory animal toxicity tests of standard modified melamine—formaldehyde-type pigments, the Day-Glo A Series, and the products recommended for plastic mol ding, Day-Glo Z-series. [Pg.304]

Safety. Magnesium oxide (fume) has a permissible exposure limit (PEL) (134) (8 hours, TWA), of 10 mg/m total dust and 5 mg/m respirable fraction. Tumorigenic data (intravenous in hamsters) show a TD q of 480 mg/kg after 30 weeks of intermittent dosing (135), and toxicity effects data show a TC q of 400 mg/m for inhalation in humans (136). Magnesium oxide is compatible with most chemicals exceptions are strong acids, bromine pentafluoride, chlorine trifluoride, interhalogens, strong oxidizers, and phosphorous pentachloride. [Pg.355]

The lowest dose reported to produce any toxic effect (toxic dose low). [Pg.459]

The toxic effects of mercury and mercury compounds as well as their medicinal properties have been known for many centuries. In the first century AD, Pliny indicated the use of mercuric sulfide (cinnabar or vermilion) in medicine and in cosmetics. This compound was probably known to the Greeks in the time of Aristotle (13). [Pg.116]


See other pages where Toxicity effective is mentioned: [Pg.351]    [Pg.504]    [Pg.506]    [Pg.1004]    [Pg.1005]    [Pg.37]    [Pg.83]    [Pg.99]    [Pg.445]    [Pg.567]    [Pg.372]    [Pg.155]    [Pg.271]    [Pg.278]    [Pg.476]    [Pg.282]    [Pg.552]    [Pg.38]    [Pg.238]    [Pg.255]    [Pg.398]    [Pg.42]    [Pg.80]    [Pg.303]    [Pg.546]    [Pg.73]    [Pg.77]    [Pg.78]    [Pg.108]   
See also in sourсe #XX -- [ Pg.161 , Pg.162 ]




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Acute toxicity effects

Acute toxicity systemic effects

Additives toxic effects

Adverse effects and toxicity

Adverse toxic effects

Algae, toxic effects

Anatoxin toxic effects

And toxic effects

Antimicrobials, toxic effects

Arsenates Toxic effect

Arsenic toxic effects

Arsenites Toxic effect

Arsine Toxic effect

Azathioprine toxic effects

Behavioral effects of toxicants

Behavioral toxicity acute effects

Behavioral toxicity chronic effects

Biguanides toxic effects

Biological Effects and Toxicity

Biological effect, toxicity measurement

Bismuth toxic effect

Body size, toxic effects

Cadmium toxic effects

Caffeine acute toxic effects

Carbon dioxide, toxic effects

Carbon monoxide, toxic effects

Cardiac glycosides, toxic effects

Cells, toxic effects

Cerebellar effects, toxicants inducing

Chaconine toxic effects

Chemical Substances, Registry Toxic Effects

Chitosan inhibitory effects toxicity

Chronic toxic effects

Chronic toxic effects carcinogenic

Chronic toxic effects mutagenic

Chronic toxic effects neurotoxic

Chronic toxic effects reproductive

Chronic toxic effects teratogenesis

Cisplatin toxic side effects

Clinical Effects of Metal Toxicity

Community toxicants effect

Computerized Listing of Chemicals being Tested for Toxic Effects

Congenital effects toxicity

Critical toxic effect, risk assessment

Cyanobacteria toxic effects

Cytotoxic agents toxic effects

Dealing with Toxic and Other Adverse Effects of Acid Rain

Denitrification toxic effects

Dioxins toxic effects

Dose-response relationships toxic effects spectrum

Drug toxicity clinical side effects

Effect of Environmental Toxicants on NO Formation

Effect toxicity

Effect toxicity

Effective monitoring of the environment for toxicity

Effects Due to Toxicity

Effects and Toxicity to Man

Effects and Toxicity to Plants

Effects and toxicity

Effects of Pollutants on the Biosphere Biodegradability, Toxicity, and Risks

Effects of Silica Nanomaterial Properties on Toxicity

Effects of Toxicants upon Spatially Structured Populations

Effects of environmental toxicants

Effects of toxicants

Elemental mercury, toxic effects

Environmental toxicants’ effects

Essential and Toxic Effects of Elements on Microorganisms

Estimation of Toxic Effects

Fire toxicity toxicants effect, species

Foreign compound toxicity biochemical effects

Formaldehyde toxic effects

Formation environmental toxicant effect

Glanded cottonseed, toxic effects

Glucose toxicity adverse effects

Glycoalkaloids toxic effects

Gout, colchicine toxic effects

Heavy metals toxic effects

Human toxicity delayed toxic effects

Hydrocarbons toxic effects

Hydrofluoric toxic effects

Hydrogen cyanide toxic effects

Hydrogen toxic effects

Hydrolases that produce toxic effects

Hyperglycemia toxic effects

Immunosuppressive agents toxic effects

Ingestion, toxic effects

Inorganic mercury, toxic effects

Insulin therapy toxic effects

Iodine-induced toxic effects, due

Irradiation time, effect toxicity

Isoniazid adverse effects /toxicity

Kidney drug adverse effects/toxicity

LPS toxicity effects on liver injury

Lead toxicity subclinical effects

Lead: toxic effects

Lithium toxic effects

Lungs toxic effects

Marine phytoplankton toxic effects

Mercury toxicity toxic effects

Mercury: toxic effects

Metabolism toxic effects

Metal toxic effects

Metformin toxic effects

Microcystins toxic effects

Model toxicant effects

Muscles toxic effects

Nanomaterials toxic effects

Nanoparticles toxic effects

Nanoparticles with Toxic or Deleterious Health Effects

Nanotoxicology toxic effects

Nervous system toxicity secondary effects

Neuro toxic effect

Neurobehavioral Effects of Manganese Toxicity

Nitrification toxic effects

Nitrobenzene toxicity, effect

Nitrogen mustards toxic effects

Non-toxic effect

ONTENTS Toxic effects of D.F.P. page

Ocular toxicity long-term effects

Ophthalmic toxicity ocular effects

Ophthalmic toxicity systemic effects

Organ toxicity? renal-failure effects

Organic mercury, toxic effects

Organizational versus Activational Effects of Endocrine Toxicants

Organophosphorus compounds, toxic effects

Organophosphorus compounds, toxic effects cholinesterase inhibition

Organophosphorus compounds, toxic effects delayed neuropathy

Organophosphorus compounds, toxic effects mechanism

Organophosphorus compounds, toxic effects treatment

PBBs toxic effects

Pathogenic and toxic effects

Pesticides, toxic effects

Pharmacodynamic-based toxic effects

Pharmacokinetic-based toxic effects

Phenothiazines toxic effects

Phytotoxins toxic effects

Plasticisers toxic effects

Population toxic plant effects

Precautions toxic effects

Registry of Toxic Effects

Registry, toxic effects

Renal toxic effect

Reproduction, toxic/adverse effects

Reproduction, toxic/adverse effects males

Reproduction, toxic/adverse effects testing

Reproductive effects/toxicity

Reproductive effects/toxicity endocrine disrupting chemicals

Reproductive toxic effects

Reproductive toxic effects abnormalities

Reproductive toxic effects fetus

Reproductive toxicity kidney effects

SUBJECTS toxic side effects

Saxitoxin toxic effects

Selenium toxic effects

Semi-metals toxic effects

Short-term adverse effects/toxicity

Side-effects toxic

Solvents interactions between, toxic effects

Solvents toxic effects

Stabilisers toxic effects

Structural Effects of Toxicants on Neurons

Subject toxic effects

Sublethal effects of toxicants

Sublethal toxic effects testing

Succinylcholine toxic effects

Sulfonamides toxic effects

Sulfur mustard acute toxic effects

Synergistic toxic effects

Systemic effects, of toxicity

TOXIC EFFECTS OF SOLVENT EXPOSURE

Time dependence of measured toxic effect

Topical exposure, toxic effects

Toxic Effect Criteria

Toxic Effect Frequencies Resulting from Specific Exposure Levels

Toxic Effects in Plants

Toxic Effects in the Field

Toxic Effects of Chemical Compounds

Toxic Effects of Chemical Substances

Toxic Effects of Laboratory Chemicals

Toxic Effects of Smog and Its Constituents to Humans

Toxic Effects of Sulfur

Toxic Effects of Sulfur Dioxide

Toxic Effects on Animals

Toxic Effects on Humans

Toxic Effects on the Adrenals

Toxic Effects on the Immune System

Toxic and Side Effects

Toxic and beneficial drug effects

Toxic chemicals synergistic effects

Toxic effect of dioxins

Toxic effect sensors

Toxic effects

Toxic effects

Toxic effects antimony

Toxic effects classification

Toxic effects grades

Toxic effects lysinoalanine

Toxic effects metal pollutants

Toxic effects mutagens

Toxic effects of chemical mixtures

Toxic effects of lipids

Toxic effects of metals

Toxic effects of radiation

Toxic effects of solvents on other organisms

Toxic effects overview

Toxic effects plant phenols

Toxic effects, benzene

Toxic effects, chloroform

Toxic effects, heptachlor

Toxic effects, surrogates

Toxic effects, vinyl chloride

Toxic gas effect models

Toxic gases effects

Toxic health effects

Toxic industrial agents effects

Toxic industrial chemicals with central effects

Toxic metals biological effects

Toxic systemic effects

Toxicant Effects on the Nervous System

Toxicants ecological effects

Toxicants toxic effect criteria

Toxicants, systemic threshold effects

Toxicity additive effects

Toxicity and Adverse Effects of Clinically Used Chelating Agents

Toxicity and Health Effects

Toxicity and adverse/side effects

Toxicity and neurotoxic effects

Toxicity antagonistic effects

Toxicity anticholinesterase effects

Toxicity cardiovascular effects

Toxicity central nervous system effects

Toxicity central nervous system effects and

Toxicity effects on animals

Toxicity effects palladium chemistry

Toxicity hematologic effects

Toxicity irreversible effects

Toxicity muscarinic effects

Toxicity neurotoxic effects

Toxicity nicotinic effects

Toxicity reversible effects

Toxicity sublethal effects

Toxicity synergistic effects

Toxicity testing potential human adverse effects predicted

Toxicity, organ specific effects

Toxicity/toxic effects

Toxicity/toxic effects

Toxicity/toxic effects subclinical

Toxics toxic effect

Types of Toxic Effects

Variables of toxic effects

Vestibular effects, toxicants inducing

Vitamin toxic effects

Xenobiotics toxic effects

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