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. 2003 May 1;94(Suppl 1):131–138. doi: 10.1046/j.1365-2672.94.s1.17.x
Subject index
Collection date 2003 May 1.
Keywords: Acanthamoeba keratitis; Adelaide River virus; Aedes spp.; A. aegypti; A. albopictus; A. funereus; airborne infections; airplanes in infection transmission; Albufeira gastroenteritis outbreak; algal blooms; American crows (Corvus brachyrhynchos); residency status; amoebiasis; amoebic meningoencephalitis; amplification in Campylobacter; anaerobic digestion; animal faecal wastes; aquaculture, infection transmission in; Asian tiger mosquito see Aedes spp., albopictus; Australian bat lyssavirus (ABLV); management strategies; in South–East Asia; vaccination; badgers (Meles meles); population numbers; and tuberculosis; immunological response to BCG; as maintenance host; mortality rates; vaccination; Barmah Forest virus; bartonellosis; bats see fruit bats; biomarkers; vaccination; rabies‐like viruses; tuberculosis; biopsies for rabies virus detection; bio‐terrorism; birds; andCampylobacter; Salmonella enteritidis in; and VTEC; and West Nile virus; see also poultry; blue jays (Cyanocitta cristata); bone meal; Borrelia; boutoneuse fever; bovine spongiform encephalopathy (BSE); confirmations worldwide; epidemics; Britain; Europe; scale; Switzerland; future aspects; geographical risk; likelihood by country; presentation; prevalence; rate of reporting; risks of livestock/product movement; routes of infection; surveillance; transmission, maternal; branching process model; breakbone fever; British Egg Industry Council Lion code of practice; Brock test; Campylobacter; in animal faecal wastes; C. jejuni; in cattle; geographical variations; seasonal effect; transmission; in cattle/sheep; colonization of young animals; infection sources in adults; isolation rates at slaughter; seasonal variation; environmental/non‐poultry strains; historical aspects; in humans; epidemiology; returning travellers; role of ruminants; seasonal variation; outbreaks; shedding; factors affecting; patterns; and temperature change; thermophilic; transmission mechanisms; Catharus swainsonii; cattle; BSE; Campylobacter in; faecal waste production; and tuberculosis; problem herds; VTEC; survival in faecal wastes; Chagas disease; Chinese Hippocratic Corpus; cholera; Ciconia ciconia; climate change; flooding; heavy rainfall events; temperature effects; and vector‐borne infections; and waterborne infections; Code of Good Agricultural Practice for the Protection of Water; codes of practice for Salmonella; common grackle (Quiscalus quiscula); Communicable Disease Report; communicable diseases; surveillance; surveillance programmes; composting; Corvus brachyrhynchos; couriers, travellers as; Crimean‐Congo haemorrhagic fever; cruise ships in infection transmission; Cryptosporidium/cryptosporidiosis; in animal faecal wastes; C. parvum; outbreaks in UK; on package holidays; in water supplies; Culex spp.; C. nigripalpus; C. pipiens; cutaneous larva migrans; cyanobacteria; blooms; Cyanocitta cristata; Cyclospora cayetanensis; dengue fever; dengue haemorrhagic fever; dengue shock syndrome; diagnosis; foot‐and‐mouth disease; rabies; tuberculosis; diatoms; digestion, anaerobic; dinoflagellates; DNA fingerprinting; domestic pets; Dominican Republic gastroenteritis outbreaks; Dracunculus medinensis; drinking water contamination; eastern equine encephalitis; economic consequences; of flooding; of travel‐related illness; eggs; ELISA; rabies virus detection; tuberculosis testing; emerging infections; fruit bats, borne by; in Australia; future emergence; in healthy‐seeming bats; management strategies; current; future; in South‐East Asia; infectious dose; travel‐associated; en route transmission; environment factors; on package holidays; pathogen diversity; population factors; silent introduction; socioeconomic/political factors; time of consequences; transmission mechanisms; travellers; as sentinels/couriers; as transmitters/disseminators; encephalitis/encephalitic illness; see also specific diseases; Entamoeba histolytica; Enternet surveillance network; enteroviruses; environmental pollution from farms; eosinophilia; epidemics; BSE; foot‐and‐mouth disease; Salmonella enteritidis; control; and travel; equine cases; Hendra virus; West Nile virus; Escherichia coli; Enternet surveillance network; enterotoxogenic (ETEC); O157; O157:H7; in cattle faeces; direct contact with faecal wastes; outbreaks; seasonal effect; transmission; resistance spread; toxins as biomarkers; transport in surface runoff; travellers’ diarrhoea; verocytoxigenic (VTEC); in animal faecal wastes; persistence; vegetable contamination; control measures; prevalence; survival times; vulnerable targets; estuary‐associated syndrome; European Commission; Scientific Steering Committee; surveillance outcome; faecal organisms; catchment sources; coliform number prediction; overland flow transport; deposition; entrainment; partitioning between water and particles; sources/survival in soil; transport process; faecal wastes; application; in organic production; processing; risks of infection; see also composting; manures; slurries ; farm visits; fimbriae; fish crow (Corvus ossifragus); flooding; see also rainfall events; fluorescent antibody test; rabies virus detection; flying foxes; distribution; mosquito‐transmitted viruses; novel viruses in; Australian bat lyssavirus; Hendra virus; Menangle virus; Nipah virus; Tioman virus; vaccination strategies; see also fruit bats ; food hygiene on package holidays; food‐borne infections; on cruise ships; on package holidays; surveillance; in travel; food/waterborne infections; investigations; outbreaks; prevention; surveillance; consumer groups; consumer satisfaction questionnaire; formal systems; resort staff records; see also waterborne infections; foot‐and‐mouth disease; biology; case reproduction ratio; clinical signs; epidemic, UK 2001; incubation period; infectious period; mathematical models; modelling vaccination; output; number/distribution of cases; transmission data; transmission routes; virus; Francisella tularensis; fruit bats in virus spread; bat species; emerging diseases; established diseases; experimental infections; Nipah virus; see also flying foxes ; garbage disposal and West Nile virus; gastroenteritis outbreaks; in Albufeira; in Dominican Republic; in Portinatx; Salmonella in‐flight meals; in Salou; gastrointestinal infections; and holiday destination; management; returning travellers; Giardia spp.; in animal faecal wastes; G. duodenalis; G. lamblia; in water supplies; global warming; Guanarito virus; haemolytic uretic syndrome; ‘hamburger bug’; hantaviruses; Health Protection Agency; Helicobacter pylori; hemi‐nested reverse transcriptase polymerase chain reaction (hn‐RT‐PCR); Hemipaviruses; Hendra virus; biological properties; clinical properties; genome sequence; management strategies; transmission mechanisms; hepatitis A; hepatitis E; HIV virus; horses see equine cases ; host competence; house sparrows (Passer domesticus); dispersal patterns; human immunoglobulin (HRIG ); hygiene; on farms; food; and Salmonella; in zoos; immunization see vaccination ; infections; role of travel in microbial spread; see also emerging infections; specific diseases; infectious intestinal disease; influenza; ecology; H3N2; H5N1; incident of 2001; incident of 2002; lessons learned from incidents; as pandemic virus; candidate; H5N1/97; reassortment; transmissibility; H5N1‐like viruses; reassortment; H6N1; as pandemic virus candidate; H9N2; as pandemic virus candidate; transmissibility; pandemic; adjunct factors; baseline preparedness; epicentre; immediate factors; incident of 1997; ‘mixing vessel’, avian; ‘mixing vessel’, porcine; sentinel posts; as zoonosis; in poultry; land poultry; water poultry; water poultry adapting to land poultry; reservoir vs source; subtypes; influenza A; avian; insect vectors; and West Nile virus; see also mosquitoes ; International Food Safety Standard for the Tourism Sector; Japanese encephalitis; Katayama syndrome; Kyassanur Forest virus; legionnaires’ disease; Leishmania/leishmaniasis; leptospirosis; lipopolysaccharide; Listeria; L. monocytogenes; livestock feeds and BSE; loaiasis; Lyme disease; lymphocyte transformation assay (LTA); Lyssavirus; malaria; and climate change; future spread; returning travellers; manures; erosion calculation; faecal organisms in runoff; infection of vegetables; in organic production; treatment; for Campylobacter; for VTEC; VTEC survival in; Mapuera virus; mass action model; mathematical models; meat carcasses/products; BSE; Campylobacter; media in pandemic control; Meles meles; Menangle virus; management strategies; Meyer and Wischmeier's model; microsimulation model; milk; Modified Universal Soil Loss Equation; Monte Carlo simulation model; mosquitoes; and dengue fever; and diseases of clinical importance; and malaria; and West Nile virus; future movement; mode of entry; murine typhus; Murray River encephalitis; Mycobacteria; Mycobacterium bovis infection see tuberculosis ; national bovine tuberculosis eradication programme; national control programme in cattle; Neisseria meningitidis; epidemics and travel; Nipah virus; clinical properties; management strategies; transmission mechanisms; Norwalk Like Virus; investigation; on package holidays; onchocerciasis; organic produce, animal faecal wastes in; ovenbird (Seiurus aurocapillus); Over Thirty Months scheme; overland flow mitigation methods; overland flow transport; contaminated runoff; deposition; empirical transport models; initiation; process; package holidays; food/waterborne infections; statistics; parainfluenza virus; paramyxoviruses; Passer domesticus see house sparrows ; pathogen transport processes; models; overland flow transport; see also specific pathogens/diseases ; pathogens; in animal faecal wastes; transport process; in sewage sludge; survival; in soil; and temperature; zoonotic, in animal faeces; Pfiesteria piscicida; phylogenetic analysis; pigeons; VTEC in; VTEC survival in faecal wastes; pigs; influenza in; Menangle virus in; Nipah virus in; VTEC in; pilgrimage and epidemic; plague; Plasmodium; polymerase chain reaction; ELISA; hemi‐nested reverse transcriptase (hn‐RT‐PCR); for rapid rabies diagnosis; reverse transcriptase (RT‐PCR); population factors in emerging infections; movement; size/vulnerability; population reduction in bats; Portinatx gastroenteritis outbreak; poultry; Campylobacter in; role of hygiene; transmission route; influenza in; as reservoir; marketing system modification; Salmonella enteritidis in; VTEC in; Pteropus; public health infrastructure; problems; and West Nile virus; quarantine; Quiscalus quiscula see common grackle ; rabies; in Australia; bat population reduction in; diagnosis; example cases; in fruit bats; risk factors; vaccination; in Australian bat lyssavirus; post–exposure treatment (PET); in related diseases; virus detection; in brain samples; in skin/saliva; rabies virus RNA sequence; rainfall events; climate change; overland flow transport; sediment yield calculation; and water pollution; see also flooding ; rapid molecular detection; rats; reactive vaccination; red‐tailed hawk; refuse disposal; Regional Infectious Disease units; relapsing fever; resistance and spread of genetic material; restriction fragment length polymorphism analysis; reverse transcriptase polymerase chain reaction (RT‐PCR); rhabdoviruses; Rickettsia; Rift Valley fever; ring vaccination; Rocky Mountain spotted fever; Ross River virus; rotavirus; Rubulavirus; ruminants; see also cattle; sheep ; runoff; Safe Sludge Matrix; Salmonella spp.; in animal faecal wastes; codes of practice for; Enternet surveillance network; host adapted; in‐flight meals; returning travellers; in rodents; travellers’ diarrhoea; S. agona; S. diarizonae; S. dublin; S. enteritidis; epidemic; epidemic, control; in humans; on package holidays; in poultry; PT4; in sheep; survival; in UK; vehicles of infection; virulence factors; S. gallinarum; S. paratyphi; S. pullorum; S. senftenberg; S. typhi; on package holidays; resistance patterns; S. typhimurium; Salou gastroenteritis outbreak; scenario modelling; Schistosoma; Schistosoma/schistosomiasis; S. mansoni; Seiurus aurocapillus see ovenbird ; sentinels, travellers as; sewage sludge; sheep; Campylobacter in; Salmonella enteritidis in; VTEC in; VTEC survival in faecal wastes; Shigella spp.; S. sonnei; Sludge (Use in Agriculture) Regulations; slurries; Campylobacter in; faecal organisms in runoff; treatment for VTEC; VTEC survival in; smouldering viruses; soil erosion processes; soil‐slurry mixture; microorganism state; pathogen transport; St Louis encephalitis; Staphylococcus aureus resistance; Stimulation Index analysis; Strategy for Control of Infectious Diseases; stress and Campylobacter shedding; Strongyloides stercoralis; subjective travellers’ diarrhoea (STD); geographical variations; outbreaks; surveillance, disease; BSE; communicable diseases; Enternet; food‐borne infections; food/waterborne infections; influenza virus; travellers’ diarrhoea; Swainson's thrush (Catharus swainsonii); swine transmissible gastroenteritis virus vaccination; temperature increase and infectious disease; tick‐borne encephalitis; Tioman virus; Toxoplasma gondii; transmissible spongiform encephalopathies (TSEs); legal basis of controls; trap vaccination release (TVR) programmes; travel; advice; and emerging infections; pandemic virus seeding; to rabies endemic countries; travellers; returning, infectious diseases in; as sentinels/couriers; as transmitters/disseminators; travellers’ diarrhoea; classic; prevention; reviews on; subjective (STD); Albufeira; Dominican Republic; geographical variations; Portinatx; Salou; surveillance; consumer groups; consumer satisfaction questionnaire; formal systems; resort staff records; travel‐related illness; bacterial infections; non‐infectious; respiratory tract infections; skin infections; viral infections; Trypanosoma spp. ; T. cruzi; tuberculin; reactor cattle; testing; tuberculosis; in badgers; diagnosis; immunodiagnosis; tests vs immunological analysis; route of infection; vaccination; in cattle; identification/distribution; epidemiological analysis; prevalence; strain typing; transmission; interspecies; tularaemia; typhoid fever; vaccination; biomarkers; foot‐and‐mouth disease; influenza; Neisseria meningitidis; rabies; rabies‐like viruses; Australian bat lyssavirus; oral live vaccine; oral subunit vaccine; parenteral TVR; Salmonella enteritidis; transgenic‐plant produced antigens; tuberculosis; VTEC; vaccines, properties of; vector‐borne infections; climate change and epidemiology; global warming, future impact of; vectors; competence; insect; vegetative filter strips; Venezuelan haemorrhagic fever; Vibrio cholerae; survival in sea water; virus surveillance; influenza; see also surveillance, disease ; virus typing; viruses borne by fruit bats; VT encoding phages; vt genes; wastewater treatment; water pollution/contamination; Campylobacter; livestock drinking water; see also overland flow transport ; waterborne infections; Albufeira; climate change and epidemiology; on cruise ships; global warming, future impact of; prevention; Salou; and shipping; see also food/waterborne infections ; West Nile virus; in fruit bats; future movement; hypotheses for movement; dispersing sedentary bird as host; insect vectors; migratory birds as host; sick migratory birds as host; immunity; and migratory birds; identification; as introductory host; rate of movement; residency status of bird hosts; in New World; arrival/movement; barriers to dispersal; first human case; mode of entry; pattern of recurrence; in Old World; oral transmission; range expansion, rate of; and resident bird hosts; white storks (Ciconia ciconia); WHO Global Agenda on Influenza; WHO Influenza Collaborating Center; yellow fever; Yersinia; zoos, hygiene in
© 2003 The Society for Applied Microbiology
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