occupational disease, refers to workers in occupational activities through contact with dust, radioactive and other toxic and hazardous substances and other factors caused the disease. Categories of occupational diseases confirmed by the state and by the statutory procedures announced by the health administrative department under the State Council in conjunction with the labor and social security administrative departments under the State Council, adjusted and promulgated. April 18, 2002 issued by the catalog of occupational diseases Ministry of Health, Labor and Social Security Ministry, the 10 class 115 kinds of occupational diseases. Including: pneumoconiosis, chemical poisoning, occupational diseases, occupational skin diseases, occupational eye disease, occupational tumors.

added:

occupational hazards Category

a dust category:

(a) silica dust (free silica content of more than 10% of inorganic dust)

may cause occupational diseases: silicosis

occupational pneumoconiosis

graphite (D) Carbon black dust may result

: occupational (b) coal dust (coal silica dust) that may result

: occupational CWP

(c) of graphite dust could lead

: occupational asbestosis

(f) talc dust may result

:: black

occupational pneumoconiosis (V) may result in asbestos dust

talc pneumoconiosis

(vii)

cement dust may cause occupational diseases: mica occupational pneumoconiosis

(IX) ceramic dust

may result:: cement

occupational pneumoconiosis (viii)

mica dust may cause the ceramic dust

(X) aluminum dust (aluminum, aluminum alloys, aluminum oxide dust )

may cause occupational diseases: occupational welders pneumoconiosis

(xii) casting dust

may result:: aluminum occupational pneumoconiosis

(XI) of welding fumes may result

founder pneumoconiosis

(thirteen ) occupational other dust

may result: other pneumoconiosis

Second, the radioactive material class (ionizing radiation): ionizing radiation (X-ray, r-rays) and other

may lead to occupational diseases: external beam radiation sickness, external exposure subacute radiation sickness, external exposure chronic radiation sickness, internal radiation sickness, radiation-induced skin diseases, radiation cataract, radiation oncology, radiation bone damage, radioactive thyroid disease, radioactive gonadal disorders, radiation combined injury, according to other radiation injury "radioactive disease diagnosis General" can be diagnosed .

three chemical classes:

(a) Lead and its compounds (lead dust, lead smoke, lead compounds, excluding tetraethyl lead)

may cause occupational diseases: Lead and its compounds

(b) occupational mercury and its compounds (mercury, high mercury chloride, mercury compounds)

may lead to: mercury and its compounds poisoning

(c) manganese and its compounds (manganese smoke, dust and manganese, manganese compounds)

may cause occupational diseases: occupational manganese and its compounds poisoning

(iv) cadmium and its compounds may result

: cadmium and its compounds poisoning

(e) beryllium and its compounds

beryllium disease

(VI) and thallium occupational disease may lead compound

: occupational thallium poisoning

its compounds (VII) and barium compound

could lead to: barium poisoning and occupational

compound (VIII) vanadium and its compounds

may lead to: vanadium and its compounds occupational poisoning

(IX) and phosphorus compound (not including phosphine, zinc phosphide, aluminum phosphide)

may lead to: phosphorus and its compounds poisoning

(X) arsenic and its compounds occupational uranium poisoning

(xii) arsine

may lead: occupational arsenic poisoning

its compounds (XI) uranium

may lead to: (not including arsine)

may cause occupational diseases : arsine poisoning

occupational disease (XIII) may lead to chlorine

: chlorine poisoning

(xiv)

dioxide may cause occupational diseases: sulfur dioxide poisoning

(xv) phosgene

may lead occupational: occupational phosgene poisoning

(XVI) may lead to ammonia

: occupational ammonia poisoning

(xvii) UDMH

may result: UDMH poisoning

(eighteen ) of occupational oxynitride

may result: nitrogen oxides poisoning

(XIX) may result in carbon monoxide

occupational diseases: carbon monoxide poisoning

(XX) of carbon dioxide

may cause occupational diseases: carbon dioxide poisoning

( occupational hydrogen sulfide poisoning

(XXII) phosphine, zinc phosphide, aluminum phosphide

may result:: occupational XXI) may result in hydrogen sulfide

phosphine, zinc phosphide, phosphorus occupational industrial fluorosis

(XXIV) cyanide and nitriles

may result:: aluminum poisoning

(XXIII) and occupational fluorine compound

could cause cyanide poisoning and nitriles occupational

(XXV) of tetraethyl lead

may result: tetraethyl lead

(twenty-six) occupational organotin

may result: organotin poisoning

(xxvii) carbonyl occupational benzene poisoning

(29) toluene

may result:: Nickel

may cause occupational diseases: occupational nickel carbonyl poisoning

(28) may lead to benzene

toluene poisoning

(thirty occupational n-hexane poisoning

(32) could lead to gasoline

::) occupational xylene

may result: xylene poisoning

(thirty-one) of n-hexane may cause occupational diseases

petrol poisoning

(thirty-three) monomethylamine occupational

may lead to: a methylamine occupational poisoning

(34%) of organic monomers and fluoropolymer heat lysates

could lead to: organic fluoropolymer monomers and pyrolysis poisoning occupational

(thirty-five) dichloroethane

may lead: occupational dichloroethane poisoning

(thirty-six) CTC

may lead to: carbon tetrachloride poisoning

(37%) of vinyl chloride

may cause occupational diseases: vinyl chloride poisoning

(thirty-eight) Trichloroethylene occupational

may result: trichlorethylene poisoning

(thirty ix) occupational allyl chloride

could lead to: allyl chloride poisoning

(XL) chloroprene

may cause occupational diseases: chloroprene poisoning

(forty-one), toluidine, dimethyl occupational aniline, N, N- dimethylaniline, diphenylamine, nitrobenzene, nitrotoluene, p-nitroaniline, dinitrobenzene, dinitrotoluene

may result: benzene and nitro compounds (excluding TNT) poisoning

occupational diseases (42%) of trinitrotoluene

may result: trinitrotoluene poisoning

(forty-three) occupational methanol

may result: methanol poisoning

(forty-four) phenol

may cause occupational diseases: phenol poisoning

(forty-five) PCP

may cause occupational diseases: PCP intoxication

(forty-six) may lead to formaldehyde

occupational formaldehyde poisoning

(forty-seven) dimethyl sulfate

may result:: occupational dimethyl sulfate poisoning

(forty-eight) acrylamide

may cause occupational diseases: acrylamide poisoning

(forty-nine ) of occupational dimethylformamide

may lead: occupational dimethylformamide poisoning

(fifty) organophosphorus pesticide

may result: organophosphorus pesticide poisoning

(fifty-one) carbamate

occupational pesticide may lead: occupational carbamate pesticide poisoning

(fifty-two) chlorphenamidine

may result: chlorphenamidine occupational poisoning

(fifty-three) methyl bromide

may lead to: methyl bromide poisoning

(fifty-four) pyrethroid

may cause occupational diseases: pyrethroid pesticide poisoning

(fifty-five) lead to occupational toxic liver chemical substances: dichloroethane, four carbon tetrachloride, trichlorethylene, allyl chloride, chloroprene, amino and nitro compounds of benzene, trinitrotoluene, pentachlorophenol,

dimethyl sulfate may cause occupational diseases: the occupational occupational

(a) may lead to high-temperature

: liver toxicity

(fifty-six) other hazards of occupational acute poisoning according to occupational acute poisoning diagnostic criteria and principles of General diagnosis can

four physical factors : occupational heat stroke

(b) high pressure

could lead to: decompression sickness

(c) occupational

low pressure may result: altitude sickness, air sickness

(iv) local vibration may result

occupational: hand-arm vibration disease

five biological factors:

(a) Bacillus anthracis

may cause occupational diseases: anthrax

(b) may result in encephalitis

occupational diseases: tick-borne encephalitis

(c) occupational disease brucellosis

could lead to: brucellosis

six lead hazards of occupational skin diseases:

(a) cause contact dermatitis hazards: sulfuric acid, nitric acid, hydrochloric acid, sodium hydroxide, trichlorethylene, dichromate, chloroform, [beta] - naphthylamine, chromates, alcohol, ether, formaldehyde, epoxy resins, urea-formaldehyde resins, phenolic resins, turpentine, aniline, lubricants, hydroquinone and other occupational

may lead to: contact dermatitis

(b) cause photosensitive dermatitis hazards: tar, asphalt, anthraquinone, anthracene oil, wood oil phenol, fluorescein, hexachlorobenzene, chlorophenols, etc. occupational

may result: photosensitivity dermatitis

(iii) cause hazards electro-optic dermatitis: occupational UV

may lead to: electro-optic dermatitis

(iv) cause hazards melanosis: tar, pitch ,

may lead to occupational anthracene oil, gasoline, lubricants, paints, etc: melanosis

(v) risk factors leading to acne: asphalt, lubricating oil, diesel oil, kerosene, HCB, PCBs, chlorinated naphthalene, polychlorinated naphthalene, multi-chlorophenol, PVC

occupational disease may lead to: acne

(vi) risk factors lead to ulcers: chromium and its compounds, chromate, beryllium and its compounds, arsenic compounds , sodium chloride

occupational disease may lead to: ulcer

(vii) cause chemical skin burns hazards: sulfuric acid, nitric acid, hydrochloric acid, sodium hydroxide

occupational disease may lead to: chemical skin burns

(eight ) lead to other risk factors of occupational skin diseases: occupational diseases may result::

Oil occupational diseases may result:: Oil occupational dermatitis

humidity dipping, erosion

organic solvent: may cause occupational diseases: occupational angle hyperkeratosis, chapped

mites, Qiang: occupational disease may lead to: occupational prurigo

seven lead hazards of occupational eye

(a) cause hazards chemical eye burns: sulfuric acid, nitric acid, hydrochloric acid, nitrogen oxides, formaldehyde, phenol, hydrogen sulfide

occupational disease may lead to: chemical eye burns

(b) the risk factors leading to electric ophthalmia: occupational UV

may lead to: electric ophthalmia

occupational radioactive substances, trinitrotoluene, high temperature, laser, etc., may result

:: (c) lead to occupational hazards occupational cataract cataract

eight or ENT cause occupational hazards of oral diseases

(a) cause noise deafness risk factors: occupational noise

may result: noise deaf

(b) cause nasal hazards of chromium: chromium and its compounds, occupational disease may lead chromate

: chrome nose disease

(iii) cause dental erosion hazards in the medical record: fluoride, cyanide, sulfuric acid mist, mist of nitric acid, hydrochloric acid mist

occupational disease may lead to: dental erosion

nine, occupational cancer occupational disease risk factors

(a) asbestos-induced lung cancer, mesothelioma risk factors: occupational asbestos

may result: asbestos-induced lung cancer, mesothelioma

(b) benzidine hazards caused by bladder cancer: occupational benzene

may result:: occupational benzidine

may result: benzidine hazards caused by bladder cancer

(c) benzene-induced leukemia caused by benzene leukemia

(iv) due chloromethyl ether risk factors for lung cancer: occupational chlorine ether

could lead to: chlorine-induced lung cancer ether

(e) arsenic caused lung cancer, skin cancer risk factors: arsenic

may cause occupational diseases: lung cancer caused by arsenic, skin cancer

(VI) chloride induced liver angiosarcoma risk factors: occupational chloride

may result: vinyl chloride-induced liver angiosarcoma

risk factors (vii) coke oven workers lung: coke oven smoke occupational disease may lead to gas

: occupational disease may lead chromate

:: coke oven workers

lung cancer risk factors (viii) manufacturing workers chromate chromate manufacturing workers lung cancer

X. other occupational metal fume fever

(b) toluene diisocyanate ester

may result:: occupational hazards

(a) zinc oxide

occupational disease may lead to occupational asthma

(c) thermophilic put occupational actinomycetes

may lead: occupational allergic alveolitis

(iv) occupational cotton dust

may result: cotton dust disease

(v) adverse operating conditions (oppression and friction) may cause

occupational diseases: coal mine worker slip Nang inflammation