| Appendixes / Presentations |
Session 1:
Global FMD control through regional co-ordinated actions: opportunities and constraints |
| 4. Keynote FAO/OIE representative: Global FMD control: opportunities and constraints |
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| 5. Global FMDV distribution and regional virus reservoirs: an opportunity to divide and control? |
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| 6. Hemispheric Program for the Eradication of FMD (PHEFA) Successes and Challenges |
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| 7. FMD Type C situation – The first target for eradication |
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| 8. Progress in FMD control in Iran: and perspective on longer term control in the region |
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| 9. Phylogenetic study of FMDV isolates collected in Russia, CIs-countries and Mongolia in 2000-2007 |
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| 10. Constraints and opportunities for the control of foot and mouth disease in India |
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| 11. The global FMD research alliance (GFRA)-an R&D response to the major constraints to global FMD control |
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Vaccination - 2A:
Optimizing programs in a situation of limited resources |
| 12. Keynote: Vaccination: Overcoming the constraints to achieving effective immunity rates |
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| 13. Intradermal vaccination with 1/10 dose against FMDV protects pigs as well against clinical disease and subclinical virus shedding as intramuscolar vaccination with a full dose |
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| 14. Foot-and-mouth disease (FMD) vaccination strategies in sheep and lambs by using commercial oil vaccine |
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| 15. Longevity of protection in cattle following vaccination with emergency FMD from the UK strategic reserve – Preliminary results |
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Vaccination - 2B:
Overcoming antigenic diversity in simplifying preventive programs |
| 16. High potency vaccines induce protection against heterologous challenge with foot-and-mouth disease virus |
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| 17. Predicting antigenic sites on the FMDV capsid from cross-reactivity data |
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| 18. Vaccine matching: reliability of foot-and-mouth disease (FMD) r-values determination |
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| 19. Towards vaccine selection guidelines for each regional virus pool of foot-and-mouth disease |
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Session 2C:
Novel vaccine delivery approaches: progress updates |
| 20. Expression of FMDV capsid proteins in silkworm-baculovirus expression system and its utilization as an empty Capsid vaccine |
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| 21. Potential of modified vaccinia Ankara (MOA) as a vaccine delivery vector for foot-and-mouth disease virus (FMDV) |
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| 22. Marker potential of a vaccine prepared from a foot-and-mouth disease virus with a partial vp1 g-h loop Deletion |
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| 23. Frenkel lecture: FMD vaccine development - past and future |
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Session 2D:
FMD vaccine standards required for global control |
| 24. Keynote: Vaccine quality tests, the value of alternative methods? |
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| 25. A standardized direct contact challenge method for FMDV in swine |
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| 26. Can in vitro methods reliably replace existing vaccine challenge tests? |
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| 27. Correlating vaccine induced protection with humoral and cellular immune responses to FMDV: potential in vitro assays for replacement of potency test |
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| 28. Development of a foot-and-mouth disease vaccine potency test without conducting animal challenge experiment |
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Session 3:
Biosecurity and buy-in |
| 29. Keynote: Biosecurity, what’s in it for me? |
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| 30. Foot-and-mouth disease control in endemic settings: combining epidemiology, risk assessment and value chains analysis to identify risk control points |
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| 31. Bridging the divide between two bona fide guardians of society’s interests: the disease exterminators and the Sustainable growth advocates |
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| 32. Keynote: global surveillance for fmd – what are we doing and what could be done |
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Session 4:
Measure progress in global and regional FMD control, and early warning of FMDV emergence |
| 33. Keynote: Global surveillance of foot-and-mouth disease: concepts, considerations, and requirements |
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| 34. Sampling, shipping, organisation and testing of inactivated samples to take advantage of molecular analysis Methods |
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| 35. Use of infrared thermography to detect signs of foot–and-mouth disease in wild and domestic ungulates |
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| 36. Sequence identification and genetic profile of FMDV in a 2007 disease outbreak in Israel using full length Genomic analysis |
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| 37. Identification of virulence determinants in FMDV: potential use of functional genomics to predicting viral Pathotypes |
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| 38. The distribution of NSP positive animals in regular vaccinated herds as criterion for effectiveness of vaccine And vaccination during endemic year |
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| 39. Estimating the vaccination coverage in an FMD free zone-brazil 2005/2006 |
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| 40. Management of sat-type FMD in southern Africa: present control and trade standards are inappropriate |
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Session 5:
Diagnostics: making quality services available where need |
| 41. Keynote diagnostics: a new era in access to high performance diagnostics |
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| 42. Fmd and SVD combined proficiency test studies 2008 – Virological assays |
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| 43. FMD and SVD combined proficiency test scheme studies 2008 (phase xxi) – Serology |
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| 44. Keynote: Driving up global standards for FMD diagnostic, a key role for proficiency testing and international organisations |
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| 45. An advanced field deployable “pen side” sample preparation and PCR system |
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| 46. Validation of real-time RT-PCR: matrix effect, uncertainty of measurement and precision |
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| 47. Development of solid phase competitive ELISAs based on monoclonal antibodies for the serology of FMDV. Serotypes sat1 and sat2 |
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| 48. Full genome sequencing to support tracing of UK outbreaks of FMD |
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| 49. Sero-surveillance against foot-and-mouth disease virus (FMDV) non-structural protein antibodies in sheep, Goats and cattle in Jordan after 2006 outbreak |
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Parallel Session 5:
Epidemiology |
| 50. Anticipatory control measures: geographical information systems-based identification of topographic factors Acting as obstacles or disseminators in the 2001 Uruguayan FMD epidemics |
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| 51. Network analysis of livestock movements to estimate potential silent spread of foot-and-mouth disease |
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| 52. Modelling of FMD outbreaks in The Netherlands: vaccination and regaining the status ‘freedom of infection |
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| 53. Defining the period of infectiousness in cattle naturally infected with foot-and-mouth disease virus |
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| 54. UK 2001 foot-and-mouth disease epidemic: sequence data and possible airborne spread |
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| 55. Localisation of foot-and-mouth disease virus after acute infection in cattle; a novel, immunologically significant site |
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| 56. Investigations into findings of FMD seropositive sheep and goats in Cyprus, an FMD-free country |
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| 57. Results of molecular testing of samples from Pakistan |
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| 58. Tracing 2007-2008 emergency episodes of foot-and-mouth disease virus in south America: phylogenetic Analysis |
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| 59. Sero-prevalence of foot-and-mouth disease in small ruminants under contrasting husbandry practices in Uganda |
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| 60. The status of foot-and-mouth disease (FMD) in Ethiopia |
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Session 6:
Components and capacity for effective control |
| 61. Factors influencing global FMD reporting and risk |
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| 62. Participatory epidemiology as compared to conventional foot and mouth disease surveillance tool |
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| 63. Development of an improved capability in support of national bio-security for the surveillance and control of Foot-and-mouth disease in cattle and pigs in Viet Nam |
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| Parallel Session 6: Diagnostics |
| 64. Detection of FMDV serotypes o, a and Asia 1 by real-time RT-PCR |
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| 65. Linear-after-the-exponential (late) PCR: new detection technologies for pan-FMDV and serotype-specific assays In the field |
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| 66. Evaluation of a lateral flow device for the pen-side diagnosis of foot-and-mouth disease |
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| 67. Detection of persistently foot-and-mouth disease infected cattle by salivary IGA test |
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| 68. Development and evaluation of IGM ELISA for the detection of FMDV specific IGM antibodies in bovine and ovine sera |
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Session 7:
Prospects for integrating anti-viral approaches |
| 69. Enhanced prospects for FMDV anti-virals targeted to the 3c protease |
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| 70. An antiviral agent, t-1105 prevents from virus excretion from pigs infected with porcinophilic foot-and-mouth Disease virus |
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Session 8:
Strategy for regional and global control |
| 71. Elements of a global strategy |
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| Poster Session |
| 72. A foetal goat tongue cell line found highly sensitive for foot-and-mouth disease virus |
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| 73. Epizootiological study of foot-and-mouth disease in the Sudan |
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| 74. Status of foot-and-mouth disease in Pakistan |
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| 75. The relation antibody and protection after foot-and-mouth disease vaccination cannot be standardised |
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| 76. Study of immnunobiologic characteristics |
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| 77. Piglets with maternally derived antibodies can be vaccinated at 2 weeks of age |
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| 78. In vivo and in vitro tests to detect non-structural proteins in foot and mouth disease vaccines |
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| 79. Targeting FMDV minigenes to SLA ii positive cells enhances the induction of cellular responses in swine and Confers protection against viral challenge |
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| 80. Control of foot and mouth disease under public-private partnership (PPP) |
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| Closed Session |
| 81. List of participants |
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| 82. Provisional agenda - standing technical committee of the eufmd commission |
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| 83. Item 2: Minimum containment standards for FMD laboratories |
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| 84. Item2.1: Minimum standards of biorisk management for laboratories undertaking diagnostic investigations of low-risk samples during an outbreak of FMD |
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| 85. Item 3 proposed minimum requirements for adoption at the 38th eufmd general session (2009) as a minimum for member states |
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| 86. Options for decentralised diagnosis of secondary cases of foot-and-mouth disease in any future outbreak |
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| 87. Transport of FMDV RNA rather than live virus; optimisation of viral recovery by transfection of infectious RNA |
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| 88. Item 6. Sero-surveillance in Turkey: the question of harmonising the performance/interpretation of sp antibody Data with/between RG member laboratories |
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