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Biotechnology & Biotechnological Equipment, ISSN 1310-2818, 01/2009, Volume 23, Issue 3, pp. 1309 - 1315
Journal Article
Critical Reviews in Plant Sciences, ISSN 0735-2689, 11/2017, Volume 36, Issue 5-6, pp. 367 - 385
Journal Article
Landscape and Urban Planning, ISSN 0169-2046, 2012, Volume 104, Issue 2, pp. 171 - 180
Journal Article
Advances in Agronomy, ISSN 0065-2113, 2015, Volume 129, pp. 181 - 228
Journal Article
Journal of Applied Microbiology, ISSN 1364-5072, 05/2003, Volume 94, pp. 131 - 138
Salmonella enteritidis | role of ruminants | rabies virus detection | sources/survival in soil | skin infections | formal systems | reverse transcriptase polymerase chain reaction (RT‐PCR) | transmission route | modelling vaccination | plague | and tuberculosis | returning, infectious diseases in | Guanarito virus | Pteropus | interspecies | eosinophilia | hemi‐nested reverse transcriptase (hn‐RT‐PCR) | Rickettsia | prevention | thermophilic | risks of infection | adjunct factors | livestock drinking water | influenza A | ‘mixing vessel’, porcine | temperature effects | human immunoglobulin (HRIG ) | tuberculosis | milk | hypotheses for movement | case reproduction ratio | rapid molecular detection | gastrointestinal infections | see also | S. enteritidis | immunological analysis | Borrelia | residency status | fluorescent antibody test | Pfiesteria piscicida | drinking water contamination | route of infection | rainfall events | hamburger bug | S. diarizonae | treatment | environment factors | faecal organisms in runoff | population numbers | and diseases of clinical importance | in skin/saliva | outbreaks in UK | virus | see | survival in sea water | Australian bat lyssavirus (ABLV) | Listeria | on cruise ships | Chinese Hippocratic Corpus | waterborne infections | emerging diseases | infection sources in adults | in cattle/sheep | direct contact with faecal wastes | reactive vaccination | transmission, maternal | food | dinoflagellates | persistence | quarantine | fruit bats | epidemic, UK 2001 | for rapid rabies diagnosis | Francisella tularensis | couriers, travellers as | population reduction in bats | returning travellers | faecal organisms | Escherichia coli | silent introduction | see Aedes | on farms | likelihood by country | pandemic | S. gallinarum | relapsing fever | S. paratyphi | pigs | Plasmodium | fruit bats in virus spread | transmission | Norwalk Like Virus | coliform number prediction | historical aspects | DNA fingerprinting | ‘mixing vessel’, avian | treatment for VTEC | national bovine tuberculosis eradication programme | in‐flight meals | Seiurus aurocapillus see | Safe Sludge Matrix | patterns | post–exposure treatment (PET) | surveillance outcome | in brain samples | survival times | emerging infections | tests | isolation rates at slaughter | A. funereus | immunization | virus surveillance | travel‐associated | amoebiasis | surveillance, disease | influenza | Adelaide River virus | bovine spongiform encephalopathy (BSE) | British Egg Industry Council Lion code of practice | faecal wastes | fruit bats, borne by | bio‐terrorism | yellow fever | as pandemic virus candidate | as reservoir | Salou gastroenteritis outbreak | as sentinels/couriers | environmental/non‐poultry strains | Strongyloides stercoralis | food hygiene on package holidays | temperature increase and infectious disease | immunodiagnosis | surveillance | rats | enterotoxogenic (ETEC) | parainfluenza virus | polymerase chain reaction | Tioman virus | composting; manures; slurries | clinical properties | deposition | legal basis of controls | virulence factors | management | transmissibility | garbage disposal and West Nile virus | rhabdoviruses | tuberculin | reservoir | cryptosporidiosis | transport process | epidemic, control | as pandemic virus | water pollution/contamination | in New World | in South‐East Asia | shedding | consumer groups | H5N1‐like viruses | as introductory host | output | experimental infections | incident of 1997 | as zoonosis | rabies‐like viruses | Monte Carlo simulation model | WHO Influenza Collaborating Center | schistosomiasis | eggs | bat population reduction in | partitioning between water and particles | onchocerciasis | subjective travellers’ diarrhoea (STD) | Mycobacterium bovis | sentinels, travellers as | algal blooms | Portinatx | testing | Cyclospora cayetanensis | hemi‐nested reverse transcriptase polymerase chain reaction (hn‐RT‐PCR) | Corvus ossifragus | Asian tiger mosquito | common grackle | and climate change | cattle; sheep | pathogen transport | influenza virus | future spread | lipopolysaccharide | national control programme in cattle | vaccination | consumer satisfaction questionnaire | identification/distribution | WHO Global Agenda on Influenza | in sewage sludge | environmental pollution from farms | Barmah Forest virus | prevalence | white storks | pathogens | and temperature | problem herds | population factors | domestic pets | Australian bat lyssavirus | in poultry | Menangle virus | S. typhimurium | dispersing sedentary bird as host | A. aegypti | Switzerland | infectious dose | and West Nile virus | Toxoplasma gondii | diatoms | future | Hemipaviruses | movement | and vector‐borne infections | Salmonella | Quiscalus quiscula see | vegetable contamination | typhoid fever | tuberculosis testing | restriction fragment length polymorphism analysis | in South–East Asia | bone meal | verocytoxigenic (VTEC) | viral infections | haemolytic uretic syndrome | insect | pandemic virus seeding | reassortment | in healthy‐seeming bats | biomarkers | Europe | diagnosis | Over Thirty Months scheme | barriers to dispersal | toxins as biomarkers | leishmaniasis | H5N1/97 | risks of livestock/product movement | slurries | Enternet | keratitis | spp | economic consequences | manures | population factors in emerging infections | resort staff records | genome sequence | Lyssavirus | Code of Good Agricultural Practice for the Protection of Water | outbreaks | Meyer and Wischmeier's model | organic produce, animal faecal wastes in | transmission mechanisms | Quiscalus quiscula | Mapuera virus | specific diseases | zoonotic, in animal faeces | Shigella | ELISA | infection of vegetables | problems | and waterborne infections | public health infrastructure | biological properties | Ciconia ciconia | residency status of bird hosts | infectious period | Yersinia | in sheep | T. cruzi | albopictus | food/waterborne infections | mass action model | paramyxoviruses | S. pullorum | Corvus brachyrhynchos | foot‐and‐mouth disease | S. agona | and | geographical variations | oral subunit vaccine | cholera | poultry | to rabies endemic countries | refuse disposal | established diseases | rabies | digestion, anaerobic | control | O157:H7 | in zoos | Albufeira | estuary‐associated syndrome | vulnerable targets | strain typing | climate change and epidemiology | epidemics | branching process model | application | control measures | Leishmania | airborne infections | media in pandemic control | and resident bird hosts | amplification in | encephalitis/encephalitic illness | in cattle faeces | gastroenteritis outbreaks | mortality rates | as transmitters/disseminators | transgenic‐plant produced antigens | red‐tailed hawk | future emergence | marketing system modification | mathematical models | in animal faecal wastes | water poultry adapting to land poultry | loaiasis | transmissible spongiform encephalopathies (TSEs) | migratory birds as host | en route transmission | vector‐borne infections | range expansion, rate of | overland flow mitigation methods | identification | BSE | livestock feeds and BSE | anaerobic digestion | empirical transport models | role of hygiene | mosquitoes | resistance and spread of genetic material | models | reactor cattle | Trypanosoma | water poultry | Stimulation Index analysis | genes | runoff | Strategy for Control of Infectious Diseases | Regional Infectious Disease units | Britain | fish crow | in Old World | Menangle virus in | host adapted | in badgers | blue jays | seasonal variation | heavy rainfall events | overland flow transport | Rocky Mountain spotted fever | S. typhi | role of travel in microbial spread | resistance patterns | S. dublin | Acanthamoeba | processing | geographical risk | pilgrimage and epidemic | pattern of recurrence | S. senftenberg | hepatitis A | microorganism state | breakbone fever | communicable diseases | in Australia | number/distribution of cases | parenteral TVR | European Commission | Albufeira gastroenteritis outbreak | non‐infectious | Katayama syndrome | rabies virus RNA sequence | current | faecal waste production | Nipah virus | travel‐related illness | clinical signs | in Dominican Republic | on package holidays | and water pollution | A. albopictus | Crimean‐Congo haemorrhagic fever | arrival/movement | food‐borne infections | enteroviruses | of travel‐related illness | classic | H9N2 | in travel | rotavirus | in rodents | Giardia | amoebic meningoencephalitis | badgers | Enternet surveillance network | Lyme disease | swine transmissible gastroenteritis virus vaccination | Ross River virus | in soil | survival in faecal wastes | source | in UK | Aedes | Modified Universal Soil Loss Equation | presentation | virus typing | Seiurus aurocapillus | immunological response to BCG | Nipah virus in | St Louis encephalitis | trap vaccination release (TVR) programmes | bartonellosis | infections | vehicles of infection | Salou | Catharus swainsonii | S. mansoni | for Campylobacter | equine cases | in cattle | insect vectors | epidemic | socioeconomic/political factors | and holiday destination | transmission routes | Neisseria meningitidis | G. duodenalis | soil erosion processes | tick‐borne encephalitis | codes of practice for | PT4 | L. monocytogenes | seasonal effect | lymphocyte transformation assay (LTA) | size/vulnerability | hepatitis E | in related diseases | Swainson's thrush | microsimulation model | Portinatx gastroenteritis outbreak | zoos, hygiene in | C. jejuni | of flooding | vaccines, properties of | wastewater treatment | ruminants | in Salou | bacterial infections | C. pipiens | bats | influenza in | epidemiology | ecology | initiation | stress and | subjective (STD) | and emerging infections | and shipping | epicentre | Dracunculus medinensis | ovenbird | Campylobacter | bat species | Cryptosporidium | murine typhus | smouldering viruses | future movement | as maintenance host | lessons learned from incidents | Schistosoma | novel viruses in | baseline preparedness | sick migratory birds as host | global warming, future impact of | West Nile virus | soil‐slurry mixture | American crows | composting | cutaneous larva migrans | first human case | reviews on | subtypes | erosion calculation | C. parvum | factors affecting | hantaviruses | sentinel posts | vegetative filter strips | boutoneuse fever | Hendra virus | management strategies | rate of reporting | mosquito‐transmitted viruses | specific pathogens/diseases | land poultry | risk factors | biology | travellers | cruise ships in infection transmission | Mycobacteria | animal faecal wastes | cattle | immediate factors | VTEC survival in | for VTEC | colonization of young animals | Passer domesticus | resistance | H6N1 | eastern equine encephalitis | dengue fever | global warming | International Food Safety Standard for the Tourism Sector | flying foxes | biopsies for rabies virus detection | pathogen diversity | Japanese encephalitis | Health Protection Agency | infection | catchment sources | dengue haemorrhagic fever | Dominican Republic gastroenteritis outbreaks | Vibrio cholerae | and VTEC | Cyanocitta cristata | immunity | birds | future aspects | distribution | in water supplies | sewage sludge | transport in surface runoff | competence | package holidays | phylogenetic analysis | C. nigripalpus | VTEC survival in faecal wastes | virus detection | incubation period | cyanobacteria | sediment yield calculation | reverse transcriptase (RT‐PCR) | transmission data | oral transmission | see also specific diseases | time of consequences | travellers’ diarrhoea | entrainment | house sparrows | Venezuelan haemorrhagic fever | Entamoeba histolytica | H5N1 | vaccination strategies | VTEC in | meat carcasses/products | travel | tularaemia | dispersal patterns | statistics | G. lamblia | HIV virus | avian | host competence | hygiene | VT encoding phages | Staphylococcus aureus | climate change | infectious intestinal disease | epidemiological analysis | airplanes in infection transmission | legionnaires’ disease | Communicable Disease Report | viruses borne by fruit bats | in Albufeira | oral live vaccine | survival | surveillance programmes | flooding | incident of 2001 | Culex | incident of 2002 | and temperature change | Scientific Steering Committee | mode of entry | blooms | vectors | routes of infection | Rift Valley fever | Rubulavirus | pigeons | aquaculture, infection transmission in | S. sonnei | O157 | leptospirosis | in fruit bats | resistance spread | advice | Brock test | Chagas disease | pathogen transport processes | scale | investigations | malaria | respiratory tract infections | candidate | rate of movement | dengue shock syndrome | Helicobacter pylori | Kyassanur Forest virus | contaminated runoff | scenario modelling | and malaria | and travel | and migratory birds | sheep | farm visits | in Australian bat lyssavirus | process | confirmations worldwide | Sludge (Use in Agriculture) Regulations | example cases | epidemics and travel | in Portinatx | H3N2 | fimbriae | ring vaccination | Meles meles | in humans | VTEC | in organic production | Murray River encephalitis | Dominican Republic | investigation | and dengue fever | horses
Journal Article
Weed Science, ISSN 0043-1745, 2010, Volume 58, Issue 1, pp. 80 - 88
Abstract Global expansion in the cultivation of genetically engineered (GE) crops has raised concerns about the adventitious presence of GE seeds in non-GE and... 
seed mediated gene flow | volunteer flax | mitigation | Commingling | Herbicides | Volunteerism | Sustainable agriculture | Seed production | Crop harvesting | SPECIAL TOPICS | Crops | Food crops | Plants | Wheat | Transgenic plants | Mitigation | Volunteer flax | Seed mediated gene flow | COEXISTENCE | AGRONOMY | CANADA | GLYPHOSATE | RESISTANT CROPS | GENETICALLY-MODIFIED CROPS | GENE FLOW | PLANT SCIENCES
Journal Article
Biological Conservation, ISSN 0006-3207, 2009, Volume 142, Issue 2, pp. 301 - 313
Many carnivores have been seriously impacted by the expansion of transportation systems and networks; however we know little about carnivore response to the... 
Mitigation | “Montado” lands | Road-kill patterns | Meso-carnivores | Modeling | Road ecology | "Montado" lands | MORTALITY | NEW-SOUTH-WALES | IBERIAN LYNX | AGRICULTURAL LANDSCAPE | GENE FLOW | FOXES VULPES-VULPES | ENVIRONMENTAL SCIENCES | CONSERVATION BIOLOGY | MOOSE-VEHICLE COLLISIONS | WILDLIFE | ECOLOGY | ROCKY-MOUNTAINS | BIODIVERSITY CONSERVATION
Journal Article
Proceedings of the Royal Society B: Biological Sciences, ISSN 0962-8452, 2013, Volume 280, Issue 1764, p. 20131070
Journal Article