CORD-19-Sentences  

CORD-19:c6c030099073a8685c33ade21016869ad5d76b57 JSONTXT 10 Projects

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TextSentencer_T1 2-10 Sentence denotes Abstract
TextSentencer_T1 2-10 Sentence denotes Abstract
TextSentencer_T1 2-10 Sentence denotes Abstract
TextSentencer_T2 13-304 Sentence denotes The 2018 Annual Meeting of the Society for Veterinary Epidemiology and Preventive Medicine (SVEPM), held in Tallinn, Estonia, highlighted emerging techniques in veterinary epidemiology and economics, whilst also facilitating discussion of classic problems and methods to engage stakeholders.
TextSentencer_T2 13-304 Sentence denotes The 2018 Annual Meeting of the Society for Veterinary Epidemiology and Preventive Medicine (SVEPM), held in Tallinn, Estonia, highlighted emerging techniques in veterinary epidemiology and economics, whilst also facilitating discussion of classic problems and methods to engage stakeholders.
TextSentencer_T2 13-304 Sentence denotes The 2018 Annual Meeting of the Society for Veterinary Epidemiology and Preventive Medicine (SVEPM), held in Tallinn, Estonia, highlighted emerging techniques in veterinary epidemiology and economics, whilst also facilitating discussion of classic problems and methods to engage stakeholders.
TextSentencer_T3 305-543 Sentence denotes Workshops included: the use of Directed Acyclic Graphs; interactive data visualisation; digital data and surveillance; Big Data epidemiology; an introduction to Conjoint Analysis; and a discussion on the future of veterinary epidemiology.
TextSentencer_T3 305-543 Sentence denotes Workshops included: the use of Directed Acyclic Graphs; interactive data visualisation; digital data and surveillance; Big Data epidemiology; an introduction to Conjoint Analysis; and a discussion on the future of veterinary epidemiology.
TextSentencer_T3 305-543 Sentence denotes Workshops included: the use of Directed Acyclic Graphs; interactive data visualisation; digital data and surveillance; Big Data epidemiology; an introduction to Conjoint Analysis; and a discussion on the future of veterinary epidemiology.
TextSentencer_T4 544-848 Sentence denotes From within the conference programme, the seven papers contained in this Special Issue of Preventive Veterinary Medicine demonstrate the excellent platform for networking between veterinary epidemiologists, public health professionals, economists and aligned professionals which this conference provides.
TextSentencer_T4 544-848 Sentence denotes From within the conference programme, the seven papers contained in this Special Issue of Preventive Veterinary Medicine demonstrate the excellent platform for networking between veterinary epidemiologists, public health professionals, economists and aligned professionals which this conference provides.
TextSentencer_T4 544-848 Sentence denotes From within the conference programme, the seven papers contained in this Special Issue of Preventive Veterinary Medicine demonstrate the excellent platform for networking between veterinary epidemiologists, public health professionals, economists and aligned professionals which this conference provides.
TextSentencer_T5 849-1614 Sentence denotes Topics included: a systematic literature review to characterise One Health surveillance systems; an investigation into the causes and characteristics of African Swine Fever (ASF) outbreaks in domestic pigs in Estonia; combining genome information and contact-tracing to improve detection of Salmonella Dublin transmission in cattle; the use of network analysis to examine social networks of free-roaming domestic dogs; estimating the probability of disease freedom at the herd-level for bovine respiratory syncytial virus and bovine coronavirus; characterising herd typologies for Danish sow herds based on biosecurity, productivity, antimicrobial and vaccine use; and the impact of dam status on Mycobacterium avium subspecies paratuberculosis infection in calves.
TextSentencer_T5 849-1614 Sentence denotes Topics included: a systematic literature review to characterise One Health surveillance systems; an investigation into the causes and characteristics of African Swine Fever (ASF) outbreaks in domestic pigs in Estonia; combining genome information and contact-tracing to improve detection of Salmonella Dublin transmission in cattle; the use of network analysis to examine social networks of free-roaming domestic dogs; estimating the probability of disease freedom at the herd-level for bovine respiratory syncytial virus and bovine coronavirus; characterising herd typologies for Danish sow herds based on biosecurity, productivity, antimicrobial and vaccine use; and the impact of dam status on Mycobacterium avium subspecies paratuberculosis infection in calves.
TextSentencer_T5 849-1614 Sentence denotes Topics included: a systematic literature review to characterise One Health surveillance systems; an investigation into the causes and characteristics of African Swine Fever (ASF) outbreaks in domestic pigs in Estonia; combining genome information and contact-tracing to improve detection of Salmonella Dublin transmission in cattle; the use of network analysis to examine social networks of free-roaming domestic dogs; estimating the probability of disease freedom at the herd-level for bovine respiratory syncytial virus and bovine coronavirus; characterising herd typologies for Danish sow herds based on biosecurity, productivity, antimicrobial and vaccine use; and the impact of dam status on Mycobacterium avium subspecies paratuberculosis infection in calves.
TextSentencer_T6 1615-1800 Sentence denotes In their work, Bordier et al. (2018) worked to improve understanding of the practical application, outcomes and impacts of using a One Health (OH) ethos in disease surveillance systems.
TextSentencer_T6 1615-1800 Sentence denotes In their work, Bordier et al. (2018) worked to improve understanding of the practical application, outcomes and impacts of using a One Health (OH) ethos in disease surveillance systems.
TextSentencer_T6 1615-1800 Sentence denotes In their work, Bordier et al. (2018) worked to improve understanding of the practical application, outcomes and impacts of using a One Health (OH) ethos in disease surveillance systems.
TextSentencer_T7 1801-2031 Sentence denotes By reviewing information on existing OH surveillance systems, they defined their organisational and functional characteristics, the context for-and likely factors involved in implementation and performance of surveillance systems.
TextSentencer_T7 1801-2031 Sentence denotes By reviewing information on existing OH surveillance systems, they defined their organisational and functional characteristics, the context for-and likely factors involved in implementation and performance of surveillance systems.
TextSentencer_T7 1801-2031 Sentence denotes By reviewing information on existing OH surveillance systems, they defined their organisational and functional characteristics, the context for-and likely factors involved in implementation and performance of surveillance systems.
TextSentencer_T8 2032-2157 Sentence denotes This enabled identification of different dimensions of surveillance, areas of collaboration, barriers and levers to progress.
TextSentencer_T8 2032-2157 Sentence denotes This enabled identification of different dimensions of surveillance, areas of collaboration, barriers and levers to progress.
TextSentencer_T8 2032-2157 Sentence denotes This enabled identification of different dimensions of surveillance, areas of collaboration, barriers and levers to progress.
TextSentencer_T9 2158-2308 Sentence denotes The authors then established a conceptual framework for use when describing and evaluating on-goingor when developing future -OH surveillance systems.
TextSentencer_T9 2158-2308 Sentence denotes The authors then established a conceptual framework for use when describing and evaluating on-goingor when developing future -OH surveillance systems.
TextSentencer_T9 2158-2308 Sentence denotes The authors then established a conceptual framework for use when describing and evaluating on-goingor when developing future -OH surveillance systems.
TextSentencer_T10 2309-2474 Sentence denotes In examining recently emerged ASF in domestic pigs in Estonia, Nurmoja et al. (2018) established the epidemiology of the outbreaks and links to disease in wild boar.
TextSentencer_T10 2309-2474 Sentence denotes In examining recently emerged ASF in domestic pigs in Estonia, Nurmoja et al. (2018) established the epidemiology of the outbreaks and links to disease in wild boar.
TextSentencer_T10 2309-2474 Sentence denotes In examining recently emerged ASF in domestic pigs in Estonia, Nurmoja et al. (2018) established the epidemiology of the outbreaks and links to disease in wild boar.
TextSentencer_T11 2475-2634 Sentence denotes They estimated the high-risk period for farms using interviews, then investigated the clinical manifestation, possible origins and modes of virus introduction.
TextSentencer_T11 2475-2634 Sentence denotes They estimated the high-risk period for farms using interviews, then investigated the clinical manifestation, possible origins and modes of virus introduction.
TextSentencer_T11 2475-2634 Sentence denotes They estimated the high-risk period for farms using interviews, then investigated the clinical manifestation, possible origins and modes of virus introduction.
TextSentencer_T12 2635-2780 Sentence denotes Herd incidence and outbreak risk were calculated in domestic pigs, with spatial and temporal distribution then characterised for this population.
TextSentencer_T12 2635-2780 Sentence denotes Herd incidence and outbreak risk were calculated in domestic pigs, with spatial and temporal distribution then characterised for this population.
TextSentencer_T12 2635-2780 Sentence denotes Herd incidence and outbreak risk were calculated in domestic pigs, with spatial and temporal distribution then characterised for this population.
TextSentencer_T13 2781-2883 Sentence denotes Thereafter, the domestic's distribution was used in Bayesian modelling of ASF occurrence in wild boar.
TextSentencer_T13 2781-2883 Sentence denotes Thereafter, the domestic's distribution was used in Bayesian modelling of ASF occurrence in wild boar.
TextSentencer_T13 2781-2883 Sentence denotes Thereafter, the domestic's distribution was used in Bayesian modelling of ASF occurrence in wild boar.
TextSentencer_T14 2884-3028 Sentence denotes Mild, non-specific (to ASF) clinical symptoms masked a high virus virulence, with backyard producers suffering greatest morbidity and mortality.
TextSentencer_T14 2884-3028 Sentence denotes Mild, non-specific (to ASF) clinical symptoms masked a high virus virulence, with backyard producers suffering greatest morbidity and mortality.
TextSentencer_T14 2884-3028 Sentence denotes Mild, non-specific (to ASF) clinical symptoms masked a high virus virulence, with backyard producers suffering greatest morbidity and mortality.
TextSentencer_T15 3029-3161 Sentence denotes Study findings suggest indirect modes of transmission which are difficult to identify and probably are linked to biosecurity issues.
TextSentencer_T15 3029-3161 Sentence denotes Study findings suggest indirect modes of transmission which are difficult to identify and probably are linked to biosecurity issues.
TextSentencer_T15 3029-3161 Sentence denotes Study findings suggest indirect modes of transmission which are difficult to identify and probably are linked to biosecurity issues.
TextSentencer_T16 3162-3328 Sentence denotes Finally, the spatio-temporal modelling suggested a link between ASF in domestic pigs and local wild boar, which has important implications for future disease control.
TextSentencer_T16 3162-3328 Sentence denotes Finally, the spatio-temporal modelling suggested a link between ASF in domestic pigs and local wild boar, which has important implications for future disease control.
TextSentencer_T16 3162-3328 Sentence denotes Finally, the spatio-temporal modelling suggested a link between ASF in domestic pigs and local wild boar, which has important implications for future disease control.
TextSentencer_T17 3329-3513 Sentence denotes A new method to detect between-herd livestock movements, particularly useful if movements between herds within business units are not recorded, was reported by de Knegt et al. (2018) .
TextSentencer_T17 3329-3513 Sentence denotes A new method to detect between-herd livestock movements, particularly useful if movements between herds within business units are not recorded, was reported by de Knegt et al. (2018) .
TextSentencer_T17 3329-3513 Sentence denotes A new method to detect between-herd livestock movements, particularly useful if movements between herds within business units are not recorded, was reported by de Knegt et al. (2018) .
TextSentencer_T18 3514-3721 Sentence denotes They grouped animal movements into livestock business-units based on ownership and location, then tested their technique using incomplete movement records and genome sequencing of Salmonella Dublin isolates.
TextSentencer_T18 3514-3721 Sentence denotes They grouped animal movements into livestock business-units based on ownership and location, then tested their technique using incomplete movement records and genome sequencing of Salmonella Dublin isolates.
TextSentencer_T18 3514-3721 Sentence denotes They grouped animal movements into livestock business-units based on ownership and location, then tested their technique using incomplete movement records and genome sequencing of Salmonella Dublin isolates.
TextSentencer_T19 3722-3827 Sentence denotes They found higher probabilities of infectious animal introduction in businesses with the same clone of S.
TextSentencer_T19 3722-3827 Sentence denotes They found higher probabilities of infectious animal introduction in businesses with the same clone of S.
TextSentencer_T19 3722-3827 Sentence denotes They found higher probabilities of infectious animal introduction in businesses with the same clone of S.
TextSentencer_T20 3828-3879 Sentence denotes Dublin, compared to those with non-related strains.
TextSentencer_T20 3828-3879 Sentence denotes Dublin, compared to those with non-related strains.
TextSentencer_T20 3828-3879 Sentence denotes Dublin, compared to those with non-related strains.
TextSentencer_T21 3880-4003 Sentence denotes This substantiates the use of business-units rather than individual herds for disease tracing tasks in livestock movements.
TextSentencer_T21 3880-4003 Sentence denotes This substantiates the use of business-units rather than individual herds for disease tracing tasks in livestock movements.
TextSentencer_T21 3880-4003 Sentence denotes This substantiates the use of business-units rather than individual herds for disease tracing tasks in livestock movements.
TextSentencer_T22 4004-4118 Sentence denotes Network analysis was also used to identify social structures in Torres Strait island free-ranging dog populations.
TextSentencer_T22 4004-4118 Sentence denotes Network analysis was also used to identify social structures in Torres Strait island free-ranging dog populations.
TextSentencer_T22 4004-4118 Sentence denotes Network analysis was also used to identify social structures in Torres Strait island free-ranging dog populations.
TextSentencer_T23 4119-4235 Sentence denotes The dogs' social networks had 'small-world' structures; clustering and low average path lengths between individuals.
TextSentencer_T23 4119-4235 Sentence denotes The dogs' social networks had 'small-world' structures; clustering and low average path lengths between individuals.
TextSentencer_T23 4119-4235 Sentence denotes The dogs' social networks had 'small-world' structures; clustering and low average path lengths between individuals.
TextSentencer_T24 4236-4363 Sentence denotes Three networks were highly connected, but their characteristics (centrality and duration of association) differed by community.
TextSentencer_T24 4236-4363 Sentence denotes Three networks were highly connected, but their characteristics (centrality and duration of association) differed by community.
TextSentencer_T24 4236-4363 Sentence denotes Three networks were highly connected, but their characteristics (centrality and duration of association) differed by community.
TextSentencer_T25 4364-4576 Sentence denotes These differences have implications for the transmission parameters associated with disease spread in dog populations, providing a foundation for future modelling; for more information see Brookes et al. (2018) .
TextSentencer_T25 4364-4576 Sentence denotes These differences have implications for the transmission parameters associated with disease spread in dog populations, providing a foundation for future modelling; for more information see Brookes et al. (2018) .
TextSentencer_T25 4364-4576 Sentence denotes These differences have implications for the transmission parameters associated with disease spread in dog populations, providing a foundation for future modelling; for more information see Brookes et al. (2018) .
TextSentencer_T26 4577-4904 Sentence denotes Changes in the probability of freedom from antibodies found in bulk tank milk (BTM) with time since testing, were estimated by Toftaker et al. (2018) , in order to consolidate disease-free status ascertained in a national control program against bovine respiratory syncytial virus (BRSV) and bovine coronavirus (BCV) in Norway.
TextSentencer_T26 4577-4904 Sentence denotes Changes in the probability of freedom from antibodies found in bulk tank milk (BTM) with time since testing, were estimated by Toftaker et al. (2018) , in order to consolidate disease-free status ascertained in a national control program against bovine respiratory syncytial virus (BRSV) and bovine coronavirus (BCV) in Norway.
TextSentencer_T26 4577-4904 Sentence denotes Changes in the probability of freedom from antibodies found in bulk tank milk (BTM) with time since testing, were estimated by Toftaker et al. (2018) , in order to consolidate disease-free status ascertained in a national control program against bovine respiratory syncytial virus (BRSV) and bovine coronavirus (BCV) in Norway.
TextSentencer_T27 4905-5138 Sentence denotes Included in the probability of freedom analyses were test sensitivity, real animal movement and regional herd prevalence data, used to estimate the probability of infection introduction from purchased animals, and local transmission.
TextSentencer_T27 4905-5138 Sentence denotes Included in the probability of freedom analyses were test sensitivity, real animal movement and regional herd prevalence data, used to estimate the probability of infection introduction from purchased animals, and local transmission.
TextSentencer_T27 4905-5138 Sentence denotes Included in the probability of freedom analyses were test sensitivity, real animal movement and regional herd prevalence data, used to estimate the probability of infection introduction from purchased animals, and local transmission.
TextSentencer_T28 5139-5220 Sentence denotes The outputs were used to validate herd-level estimates of subsequent BTM testing.
TextSentencer_T28 5139-5220 Sentence denotes The outputs were used to validate herd-level estimates of subsequent BTM testing.
TextSentencer_T28 5139-5220 Sentence denotes The outputs were used to validate herd-level estimates of subsequent BTM testing.
TextSentencer_T29 5221-5342 Sentence denotes The probability of freedom declined with posttesting, and was impacted by animal purchasing, for BTM test-negative herds.
TextSentencer_T29 5221-5342 Sentence denotes The probability of freedom declined with posttesting, and was impacted by animal purchasing, for BTM test-negative herds.
TextSentencer_T29 5221-5342 Sentence denotes The probability of freedom declined with posttesting, and was impacted by animal purchasing, for BTM test-negative herds.
TextSentencer_T30 5343-5509 Sentence denotes Comparison of probability of freedom estimates and previous BTM test-results suggest that the former is a better appraisal of herdlevel BTM status for both pathogens.
TextSentencer_T30 5343-5509 Sentence denotes Comparison of probability of freedom estimates and previous BTM test-results suggest that the former is a better appraisal of herdlevel BTM status for both pathogens.
TextSentencer_T30 5343-5509 Sentence denotes Comparison of probability of freedom estimates and previous BTM test-results suggest that the former is a better appraisal of herdlevel BTM status for both pathogens.
TextSentencer_T31 5510-5613 Sentence denotes This information can be used to improve the efficiency of future control measures against BRSV and BCV.
TextSentencer_T31 5510-5613 Sentence denotes This information can be used to improve the efficiency of future control measures against BRSV and BCV.
TextSentencer_T31 5510-5613 Sentence denotes This information can be used to improve the efficiency of future control measures against BRSV and BCV.
TextSentencer_T32 5614-5751 Sentence denotes A decision by the EU Commission to phase out use of zinc oxide by 2022 has complicated efforts to reduce antimicrobial use (AMU) in pigs.
TextSentencer_T32 5614-5751 Sentence denotes A decision by the EU Commission to phase out use of zinc oxide by 2022 has complicated efforts to reduce antimicrobial use (AMU) in pigs.
TextSentencer_T32 5614-5751 Sentence denotes A decision by the EU Commission to phase out use of zinc oxide by 2022 has complicated efforts to reduce antimicrobial use (AMU) in pigs.
TextSentencer_T33 5752-5995 Sentence denotes To best inform future AMU whilst sustaining production, Kruse et al. (2018) established herd typologies based on biosecurity, productivity, vaccination and AMU information collated from telephone interviews and secondary use of husbandry data.
TextSentencer_T33 5752-5995 Sentence denotes To best inform future AMU whilst sustaining production, Kruse et al. (2018) established herd typologies based on biosecurity, productivity, vaccination and AMU information collated from telephone interviews and secondary use of husbandry data.
TextSentencer_T33 5752-5995 Sentence denotes To best inform future AMU whilst sustaining production, Kruse et al. (2018) established herd typologies based on biosecurity, productivity, vaccination and AMU information collated from telephone interviews and secondary use of husbandry data.
TextSentencer_T34 5996-6141 Sentence denotes They then discussed feasible strategies for each typology which aimed to improve pig health whilst reducing AMU without hampering animal welfare.
TextSentencer_T34 5996-6141 Sentence denotes They then discussed feasible strategies for each typology which aimed to improve pig health whilst reducing AMU without hampering animal welfare.
TextSentencer_T34 5996-6141 Sentence denotes They then discussed feasible strategies for each typology which aimed to improve pig health whilst reducing AMU without hampering animal welfare.
TextSentencer_T35 6142-6289 Sentence denotes Discussion of these characteristics will be useful to inform future husbandry practices in Denmark, with implications for other national pig herds.
TextSentencer_T35 6142-6289 Sentence denotes Discussion of these characteristics will be useful to inform future husbandry practices in Denmark, with implications for other national pig herds.
TextSentencer_T35 6142-6289 Sentence denotes Discussion of these characteristics will be useful to inform future husbandry practices in Denmark, with implications for other national pig herds.
TextSentencer_T36 6290-6519 Sentence denotes The lack of understanding about the relative importance of transmission routes for Mycobacterium avium subspecies paratuberculosis (MAP), which causes Johne's disease, hinders control schemes for this endemic infection in the UK.
TextSentencer_T36 6290-6519 Sentence denotes The lack of understanding about the relative importance of transmission routes for Mycobacterium avium subspecies paratuberculosis (MAP), which causes Johne's disease, hinders control schemes for this endemic infection in the UK.
TextSentencer_T36 6290-6519 Sentence denotes The lack of understanding about the relative importance of transmission routes for Mycobacterium avium subspecies paratuberculosis (MAP), which causes Johne's disease, hinders control schemes for this endemic infection in the UK.
TextSentencer_T37 6520-6680 Sentence denotes Using a cohort study design to ameliorate the long incubation period of Johne's disease, milking cows were routinely monitored for MAP using milk ELISA testing.
TextSentencer_T37 6520-6680 Sentence denotes Using a cohort study design to ameliorate the long incubation period of Johne's disease, milking cows were routinely monitored for MAP using milk ELISA testing.
TextSentencer_T37 6520-6680 Sentence denotes Using a cohort study design to ameliorate the long incubation period of Johne's disease, milking cows were routinely monitored for MAP using milk ELISA testing.
TextSentencer_T38 6681-6864 Sentence denotes The relative importance of dam MAP status compared to other risk factors was then examined, after the relationship with time until first detection of infection had been characterised.
TextSentencer_T38 6681-6864 Sentence denotes The relative importance of dam MAP status compared to other risk factors was then examined, after the relationship with time until first detection of infection had been characterised.
TextSentencer_T38 6681-6864 Sentence denotes The relative importance of dam MAP status compared to other risk factors was then examined, after the relationship with time until first detection of infection had been characterised.
TextSentencer_T39 6865-7009 Sentence denotes The study results suggest that cows may be transmitting MAP to their offspring earlier in the cows' infection course than previously understood.
TextSentencer_T39 6865-7009 Sentence denotes The study results suggest that cows may be transmitting MAP to their offspring earlier in the cows' infection course than previously understood.
TextSentencer_T39 6865-7009 Sentence denotes The study results suggest that cows may be transmitting MAP to their offspring earlier in the cows' infection course than previously understood.
TextSentencer_T40 7010-7151 Sentence denotes This has practical implications for on-farm management of MAP-positive animals' offspring; for more information see Patterson et al. (2019) .
TextSentencer_T40 7010-7151 Sentence denotes This has practical implications for on-farm management of MAP-positive animals' offspring; for more information see Patterson et al. (2019) .
TextSentencer_T40 7010-7151 Sentence denotes This has practical implications for on-farm management of MAP-positive animals' offspring; for more information see Patterson et al. (2019) .
TextSentencer_T41 7152-7330 Sentence denotes This special issue of Preventive Veterinary Medicine represents progress in research which fosters knowledge sharing to improve the health of animals, humans and the environment.
TextSentencer_T41 7152-7330 Sentence denotes This special issue of Preventive Veterinary Medicine represents progress in research which fosters knowledge sharing to improve the health of animals, humans and the environment.
TextSentencer_T41 7152-7330 Sentence denotes This special issue of Preventive Veterinary Medicine represents progress in research which fosters knowledge sharing to improve the health of animals, humans and the environment.
TextSentencer_T42 7331-7460 Sentence denotes Thank you to the members of the local organising committee in Tallinn for hosting a marvellous conference in a stunning location.
TextSentencer_T42 7331-7460 Sentence denotes Thank you to the members of the local organising committee in Tallinn for hosting a marvellous conference in a stunning location.
TextSentencer_T42 7331-7460 Sentence denotes Thank you to the members of the local organising committee in Tallinn for hosting a marvellous conference in a stunning location.
TextSentencer_T43 7461-7605 Sentence denotes We greatly acknowledge all reviewers for their help in evaluating manuscripts submitted to this special issue of Preventive Veterinary Medicine.
TextSentencer_T43 7461-7605 Sentence denotes We greatly acknowledge all reviewers for their help in evaluating manuscripts submitted to this special issue of Preventive Veterinary Medicine.
TextSentencer_T43 7461-7605 Sentence denotes We greatly acknowledge all reviewers for their help in evaluating manuscripts submitted to this special issue of Preventive Veterinary Medicine.