AnderssonNMuirKerr MMehraVSalmonG.Exposure and response to MIC reported by survivors of the Bhopal disaster: Results of a community-based survey. Br J Industrial Med1988; 45: 467–75.
4.
KarolMHTaskerSGangalSThe antibody response to MIC: Experimental and clinical findings. Environ Health Perspect1987; 72: 169–75.
5.
AnderssonN.Long term effects of methyl isocyanate. Lancet1989;i:1259.
6.
KinalskaI.Epidemiology of thyroid disease in the Polish population after the explosion of a nuclear power station (Czernobyl, USSR). NCI-MB Seminar 13 February 1990.
7.
BeralV.Leukaemia and nuclear installations. BMJ1990; 300: 411–12.
8.
GardnerMJSneeMPHallAJResults of a case-control study of leukaemia and lymphoma among young people near Sellafield nuclear plant in West Cumbria. BMJ1990; 300: 423–9.
9.
BleasdaleBP. Planned response: inter-services communication and coordination, pp 109–118.
10.
Commission of the European Communities Directive.
11.
Interviewed on ITV's Eyewitness Programme, Sunday 2 April 1990.
12.
Centers for Disease Control.2,3,7,8-tetrachlorodibenzo-p-dioxin exposure to humans — Seveso Italy. MMWR1988; 37:733–6.
13.
MastroiacovoPSpagnoloAMarviEBirth defects in the Seveso area after TCDD contamination. JAMA1988; 259: 1668–72.
14.
BisantiLBonettiFCaramaschiGExperiences from the accident of Seveso. Acta Morph Acad Sci Hung1980; 28: 139–57.
15.
BertazziPA. Epidemiology in the investigation of health effects of man-made disasters. In: HogstedtCReuterwallC, eds. Progress in occupational epidemiology.Amsterdam: Elsevier Science, 1988:3–14.
16.
KuratsuneMYoshimuraTMatsuzakaJYamaguchiA.Epidemiological study on Yusho, a poisoning caused by ingestion of rice oil contaminated with a commercial brand of polychlorinated biphenyls. Environ Health Perspect1972; 1: 119–28.
17.
CrippsDJPetersHAGocmenADogramiciI.Porphyria turcica due to hexachlorobenzene: A 20–30 year follow up study on 204 patients. Br J Dermatol1984; 111: 413–22.
AnderssonN.Disaster epidemiology: Lessons from Bhopal. J R Soc Med1990; 155: 177–89.
20.
GassertTMackenzieCAnderssonNMuirKerr MSalmonAG. Long term pathology of lung, eye and other organs following acute exposure of rats to MIC. Lancet1986;ii:1403.
21.
BekesiJGHollandJFAndersonHALymphocyte function of Michigan dairy farmers exposed to poly-brominated biphenyls. Science1978; 199: 1207–9.
22.
MorganJP. The Jamaica Ginger Paralysis. JAMA1982; 248: 1864–7.
23.
SmithHVSpaldingJMK. Outbreak of paralysis in Morocco due to ortho-cresyl phosphate poisoning. Lancet1959;ii:1019–21.
24.
World Health Organization.Toxic oil syndrome.Copenhagen: WHO, 1984.
25.
CDC.Follow-up on toxic pneumonia — Spain. MMWR1981; 30:436–8.
26.
DerbanLKA. Outbreak of food poisoning due to alkylmercury fungicide. Arch Environ Health1974; 28: 49.
27.
Al-TikritiKAl-MuftiAW. An outbreak of organomercury poisoning among Iraqi farmers. Bull WHO1976; 53: 15–21.
28.
Al-MuftiAWCopplestoneJFKazantzisGMahmouRMMajidMA. Epidemiology of organomercury poisoning in Iraq. 1. Incidence in a defined area and relationship to the eating of contaminated bread. Bull WHO1976; 53(Suppl): 23–36.
29.
Amin-ZakiLElhassaniSMajeedMAIntra-uterine methyl mercury poisoning in Iraq. Pediatrics1974; 54: 587–95.
30.
DeanG.The Turkish epidemic of porphyria. S Afr Med J1961; 35: 509–11.
31.
SchmidR.Cutaneous porphyria in Turkey. JAMA1960; 263: 397–8.
32.
BurnettJ.Plenty and want: a social history of diet in England from 1815 to the present day. London: Scholar Press, 1979.
33.
BaxterPJ. Review of major chemical incidents and their medical management. In: MurrayV, ed. Major chemical disasters — medical aspects of management.London: Royal Society of Medicine, 1990:7–20.
34.
CDC.Chlordane contamination of a public water supply -Pittsburgh, Pennsylvania. MMWR1981; 30:571–8.
35.
CDC.Fluoride intoxication in a dialysis unit — Maryland. MMWR1980; 29:134–6.
36.
JarvisSNStraubeRCWilliamsALJBartlettCLR. Illness associated with contamination of drinking water supplies with phenol. BMJ1985; 290: 1800–2.
37.
LawrenceJ.Report of an inquiry into an incident at Lowermore Water Treatment Works of South West Water Authority on 6 July 1988.Brixham: CIC Brixham Laboratory, 1988.
38.
GilesT.Tap water in Cornwall again hit by metal contamination. The Times 25 August 1990:6.
39.
Govaerts-LepicardM.Definition of a major incident involving chemicals. In: MurrayV, ed. Major chemical disasters -medical aspects of management.London: Royal Society of Medicine Services, 1990:125–9.
40.
Martin-BouyerGKhanNBLinhPDTourneauJ.An epidemic of a ‘new’ haemorrhagic disease in infants attributable to talcum powder contaminated with warfarin in Ho-Chi-Minh Ville (Vietnam). Arch Tox1984;Suppl 7:494–8.
41.
BroadF.Bhopal's poison gas tragedy: Could it happen in Britain?Chemistry in Britain1985; 21/2:123–5.
42.
Health and Safety Executive.The fire and explosions at B&R Hauliers, Salford, 25 September 1982.London: HMSO, 1983.
43.
RaimondiR.Major hazards control. Encyclopedia of Occupational Health and Safety.Geneva: ILO, 1983.
44.
JerromDA. Immediate response: The Fire Brigade. In: MurrayV, ed. Major chemical disasters.London: Royal Society of Medicine Services, 1990:51–61.
45.
GenesioM.Emergency and intervention plans: The French experience. In: GowHBFKayRW, eds. Emergency planning for industrial hazards.Amsterdam: Elsevier Applied Science, 1988.
46.
RafalowskaH, ed. Civil protection.London: Home Office, 1987.
47.
CanadineIC. The possibility of major incidents in chemical distribution. In: MurrayV, ed. Major chemical disasters -medical aspects of disasters.London: Royal Society of Medicine Services, 1990:33–9.
48.
SorensenJH. Evacuations due to chemical accidents: experience from 1980 to 1984.ORNL: Oak Ridge, Tennessee, 1986.
49.
JeffreyLH. Confronting industrial pollution in rapidly industrializing countries: Myths, pitfalls and opportunities. Conservation Foundation, 1984.
50.
PhantumvanitDLiengcharernsitW.Coming to terms with Bangkok's environmental problems. Environment and Urbanization1989; 1/1:31–9.
51.
RuddleK.Inshore marine pollution in Southeast Asia. Mazingira1983; 7/2:32–44.
52.
StreetA.Nicaraguans cite Pennwalt, US company has poisoned its workers and Lake Managua. Multinational Monitor1981; 2/5:25–6.
53.
AhmedH.Management of industrial hazardous wastes in Egypt. Industry and Environment1983; 4: 28–32.
54.
LopezJM. The Caribbean and Gulf of Mexico. The Siren1988; 36: 30–1.
55.
SmilV.The bad earth: environmental degradation in China.London: Zed Press, 1984.
56.
JimenezRDVelasquezA.Metropolitan Manila: A framework for its sustained development. Environment and Urbanization1989; 1/1.
57.
Centre for Science and Environment.The state of India's environment — a citizen's report. Delhi, India 1983.
58.
SadikN.Safeguarding the future.New York: UNFPA, 1989.
59.
CastlemanBI. The export of hazardous factories to developing countries. Int J Health Services1979; 9/4:569–97.
60.
MercierM.Major chemical disasters: Introductory remarks. In: MurrayV, ed. Major chemical disasters — medical aspects of management.London: Royal Society of Medicine Services, 1990:5–7.
61.
LemenRADementJMWagonerJK. Epidemiology of asbestos related diseases. Environ Health Perspect1980; 34:1–11.
62.
AnderssonN.Namibia — Health Sector Policy Options.Lusaka: United Nations Institute for Namibia, 1984.
63.
ClarkARL. The source of lead pollution and its effects on children living in the mining community of Abwe, Zambia. MSc Thesis, London School of Hygiene and Tropical Medicine, London, 1975.
64.
CarvalloF.Lead and childhood anaemia. PhD Thesis, London School of Hygiene and Tropical Medicine, 1984.
65.
AnderssonN.Pesticides and rural development. Ideas and Action (FAO)1982; 145: 36.
66.
MalasiaAlam Sahabat. Pesticide Problems in a developing country — a case study of Malasia.Penang, Malasia: Sahabat Alam Malasia, 1981.
67.
DiggoryHJPLandriganPJLatimerKPFatal parathion poisoning caused by contamination of flour in international commerce. Am J Epidemiol1977; 106: 145–53.
68.
EtzelRAForthalDNHillRHDembyA.Fatal parathion poisoning in Sierra Leone. Bull WHO1987; 645–9.
69.
CDC.Acute convulsions associated with endrin poisoning -Pakistan. MMWR1984; 33:687–93.
70.
WeeksDE. Endrin food poisoning. A report on four outbreaks caused by two separate shipments of endrin contaminated flour. Bull WHO1967; 37/4:499–512.
71.
VolansGN. Medical management of chemical disasters involving food or water. In: MurrayV, ed. Major chemical disasters — medical aspects of management.London: Royal Society of Medicine Services, 1990:173–9.
72.
BakerELWarrenMZackMEpidemic malathion poisoning in Pakistan malaria workers. Lancet1978; 1: 31–34.
73.
WHO.Recommended health-based limits in occupational exposure to pesticides. Report of a WHO Study Group. Technical Report Series 677. Geneva: World Health Organization1982.
74.
BalochUK. Problems associated with the use of chemicals by agricultural workers. Basic Life Sci1985; 34: 63–78.
75.
ILO/UNEP/WHO.International programme on Chemical Safety. Existing and proposed activities on methodology. EHE/81.20 Geneva: ILO, 1981.
76.
National Research Council.Alternative Agriculture: Commission on the role of alternative farming methods in modern production agriculture. Washington: National Academic Press, 1989.
77.
LippmannMLioyPJ. Critical issues in air pollution epidemiology. Environ Health Perspect1985; 62: 243–58.
78.
DaiseyJMKneipTJWangMXRenLXLuWX. Organic and elemental carbon composition of particulate matter in Beijing, Spring 1981. Aerosol Sci Technol1983;2:407–415.
79.
PandeyMR. Prevalence of chronic bronchitis in a rural community of the hill region of Nepal. Thorax1984; 39:331–6.
80.
LioyPJFalconYMorandiMDaiseyJM. Particulate matter pollution in Mexico City, as measured during the winter of 1982. Aerosol Sci Technol1983;2:166.
81.
BousheyHAHoltzmanMKShellerJRNadelJA. Bronchial hyperreactivity. Am Rev Respir Dis1980; 121: 389–413.
82.
SpektorDMLippmannMLioyPJEffects of ambient ozone on respiratory function in active normal children. Am Rev Respir Dis1988; 137: 313–20.
83.
PaolettiPPistelliGFazziPReference values for vital capacity and flow volume curves from a general population study (north of Italy). Bull Eur Physiopath Respir1986; 22: 451–9.
84.
JollyR.Children and environment. Document E/ICEF/1989/L.6 UNICEF 1989.
85.
FloreyCVMeliaRJWChinnSGoldsteinBDBrooksAGFJohnHH. The relationship between respiratory illness in primary schoolchildren and the use of gas for cooking. III Nitrogen dioxide, respiratory illness and lung infection. Int J Epidemiol1979; 8: 347–53.
86.
SpeizerFEFerrisBBishopYMMSpenglerJ.Respiratory disease rates and pulmonary function in children associated with NO2 exposure. Am Rev Resp Dis1980; 121: 3–10.
87.
CohenBL, Health effects of radon from insulation of buildings. Health Phys1980; 39:937–41.
88.
GuptaKCUlsamerAGPreussPWF. Formaldehyde in indoor air: Sources and toxicity. Environ Intl1982; 8: 349–58.
89.
AnderssonN.Measuring child survival and development: a conceptual framework emerging from two UNICEF projects in Central America. Guatemala: UNICEF1985.
90.
AnderssonNMartinezECerratoFMoralesELedogarR.The use of community-based data in health planning in Mexico and Central America. Health Policy and Planning1989; 4/3:197–206.
91.
AnderssonNSchillingRSF. Occupational epidemiology. In: JeyaratnamJ, ed. Occupational health in developing countries.Oxford: Oxford University Press, 1990.
92.
AnderssonN.Disaster epidemiology: Lessons from Bhopal. In: MurrayV, ed. Major chemical disasters — medical aspects of management.London: Royal Society of Medicine Services, 1990: 183–95.
93.
Control of Industrial Major Accident Hazards Regulations 1984, Health and Safety Series 1984/1902, London: HMSO. Also Guide to the Control of Major Accident Hazard Regulations (CIMAH). London: Health and Safety Series HS(R)21, 1984.