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Global Ranavirus Consortium
Introduction
The scientific community is increasingly aware that emerging infectious diseases pose a significant threat to global biodiversity. A group of viruses in the genus Ranavirus (Family Iridoviridae) cause disease in amphibians, reptiles and fish, and appear to be emerging in some populations. Ranavirus-associated die-offs in larval and adult amphibians have been documented in the Americas, Europe, and Asia, with death rates often exceeding 90% during an outbreak. Ranavirus infections also have been reported in wild and cultured fish populations worldwide. While research on reptiles has been slower to accumulate, recent evidence suggests that ranaviruses are capable of causing morbidity and mortality in free-ranging populations. The capability of ranaviruses causing disease in poikilothermic animals belonging to three vertebrate classes emphasizes the potential risk of these pathogens to global biodiversity.
The Global Ranavirus Consortium (GRC) was formed following the First International Symposium on Ranaviruses. The goal of the GRC is to facilitate communication and collaboration among scientists and veterinarians conducting research on ranaviruses and diagnosing cases of ranaviral disease. Since formation, the GRC has published 3 popular articles on the 2011 Symposium and organized the Second International Symposium on Ranaviruses, which was held 27 – 29 July 2013 concurrently with the International Conference of the Wildlife Disease Association in Knoxville, Tennessee, USA. The Third International Symposium on Ranaviruses will be held 30 May - 1 June 2015 at the University of Florida in Gainesville, FL, USA. The GRC recently hosted a workshop on ranaviruses in Harbin, China.
The GRC was recently approved to write the first book on ranaviruses, which will be published as an eBook (i.e., chapters can be purchased independently) by Springer. Target publication date is November 2014. The GRC formed global regional discussion groups (see regional contact below) to help facilitate the transfer of information among scientists, and created a website with recent publications. To improve understanding of the global distribution of ranaviruses, the GRC is working to secure funds to create a Global Ranavirus Reporting System. The Executive Board has finalized bylaws for the GRC, and will be offering membership options in 2014.
If you would like to be listed as a GRC scientist or contribute to activities, please contact Dr. Matthew Gray or your regional representative on the Executive Board (see below). We also encourage interested students and scientists to join the GRC LISTSERV (see below).
Executive Board
1. Matthew Gray, Ph.D.
Director, University of Tennessee
2. Jesse Brunner, Ph.D.
Associate Director, Washington State University
3. Amanda Duffus, Ph.D.
Secretary/Treasurer, Gordon College
4. Yumi Une, D.V.M., Ph.D.
Asia Representative, Azabu University
5. Ellen Ariel, Ph.D.
Australia Representative, James Cook University
6. Rachel Marschang, D.V.M., Ph.D.
Europe Representative, Universität Hohenheim
7. Thomas Waltzek, D.V.M., Ph.D.
North America Representative, University of Florida
8. Rolando Mazzoni, D.V.M., Ph.D.
South America Representative, Universidade Federal de Goiás
9. Greg Chinchar, Ph.D.
Honorary Advisor, University of Mississippi Medical Center
Minutes: July 2013
Participating Scientists
1. Matthew C. Allender, D.V.M., Ph.D.
University of Illinois, College of Veterinary Medicine
Department of Comparative Biosciences
[email protected]; 217-265-0320
Expertise: Ranavirus pathology in chelonians (USA)
2. Ellen Ariel, Ph.D.
James Cook University
School of Veterinary and Biomedical Sciences
[email protected]; +61 747 81 4123
Expertise: Ranaviruses in fish and chelonians (EU and Australia)
3. Ana Balseiro, D.V.M., Ph.D.
Servicio Regional de Investigación y Desarrollo Agroalimentario
Centro de Biotecnología Animal
[email protected]; 00 34 984 50 20 10
Expertise: Ranavirus pathology in amphibians (EU: Spain)
4. Britt Bang Jensen, D.V.M., Ph.D.
Norwegian Veterinary Institute
Section for Epidemiology
[email protected]; +47 23216360
Expertise: Epidemiology of ranaviruses, especially fish (EU)
5. Silvia Blahak, D.V.M.
Chemical and Veterinary Investigational Laboratory (CVUA-OWL)
[email protected]; 0049 5231 911640
Expertise: Ranaviruses in reptiles (EU: Germany)
6. Craig Brunetti, Ph.D.
Trent University
Department of Biology
[email protected]; 705-748-1011
Expertise: Genetics and Bioinformatics of Ranaviruses (Canada)
7. Jesse L. Brunner, Ph.D.
Washington State University
School of Biological Sciences
[email protected]; 509-335-3702
Expertise: Ecology of Ranaviruses (USA)
Past research:
(1) Ecology of ATV in isolated tiger salamander populations in Arizona: transmission, persistence, and virulence.
(2) Ranavirus epidemiology in the Northeast USA.
(3) The effects of natural challenges and stress on susceptibility to ranavirus infection.
Current research:
(1) Larval behaviors, contact rates, and the form and function of ranavirus transmission.
(2) Ranavirus persistence in and transmission from the environment.
(3) Sketching out the phylogeography of FV3-like ranaviruses.
(4) Establishing the potential host range of various ranavirus isolates.
8. V. Gregory Chinchar, Ph.D.
University of Mississippi Medical Center
Department of Microbiology
[email protected]; 601-984-1743
Expertise: Gene Function of Ranaviruses (USA)
9. Andrew A. Cunningham, Ph.D., BVMS
Zoological Society of London
Institute of Zoology
[email protected]; 020 7449 6674
Expertise: Epidemiology of ranaviruses (England)
10. Amanda L. J. Duffus, Ph.D.
Gordon College
Division of Mathematics and Natural Sciences
[email protected]; 678-359-5464
Expertise: Ecology of Ranaviruses (England, Canada, and USA)
Past research:
(1) Ranavirus-host associations in UK amphibians.
(2) Life history stages of the common frog (Rana temporaria) affected by ranavirus infections.
(3) Modeling ranavirus dynamics and persistence in a single host species, the common frog.
(4) Phylogenetics of UK ranavirus isolates.
(5) Community ecology of ranavirus infections in pond dwelling amphibians, in Ontario, Canada.
(6) Effects of immunosuppressant agents on the development of ranavirus infections.
Current research:
(1) Mathematical modeling of ranavirus-amphibian systems.
11. Trent Garner, Ph.D.
Zoological Society of London
Institute of Zoology
[email protected]; 0041 (0) 207 4496687
Expertise: Population genetics and epidemiology of ranaviruses (England)
12. Matthew J. Gray, Ph.D.
University of Tennessee, Center for Wildlife Health
[email protected]; 865-974-2740
Expertise: Ecology of ranaviruses (USA)
Past research:
(1) Ranavirus surveillance in Tennessee amphibian communities.
(2) Impacts of anuran development and the threat of predation on susceptibility to ranavirus.
(3) Estimating the relative susceptibility of North American amphibians to ranaviruses.
(4) Determining the effects of amphibian community composition of ranavirus emergence.
(5) Exploring the possibility of interclass transmission of ranaviruses among amphibians, reptiles and fish.
Current research:
(1) Is evolution of host immunity and virus pathogenicity related to geographic isolation?
(2) Determining the occurrence of ranavirus superspreading by an amphibian host: a test of the 20-80 rule (Lloyd-Smith et al. 2005)
(3) Can ranaviruses cause population extirpation and species extinction: case studies with the Mississippi gopher frog, Chiricahua leopard frog and wood frog
(4) Temperature effects on ranavirus-host interactions: a test of viral replication versus temperature-induced stress
13. D. Earl Green, D.V.M.
U.S. Geological Survey, National Wildlife Health Center
[email protected]; 608-270-2482
Expertise: Pathology of ranaviruses (USA)
14. Jason T. Hoverman, Ph.D.
Purdue University
Department of Forestry and Natural Resources
[email protected]; 765-496-3263
Expertise: Ecology of ranaviruses (USA)
15. Alex D. Hyatt, Ph.D.
Commonwealth Scientific and Industrial Research Organisation
Australian Animal Health Laboratory
[email protected]; +61 3 52275419
Expertise: Phylogenetics and ecology of ranaviruses (Australia)
16. James K. Jancovich, Ph.D.
California State University-San Marcos
Department of Biological Sciences
[email protected]; 760-750-8525
Expertise: Phylogenetics and evolution of ranaviruses (USA)
17. April Johnson, D.V.M., M.P.H., Ph.D
[email protected]; +994 50 281 6390
Expertise: Ranaviruses in chelonians
18. Somkiat Kanchanakhan, Ph.D.
Inland Fishery and Research Development Bureau, Thailand
Inland Aquatic Animal Health Research Institute
[email protected]; 662 579 4122
Expertise: Ranaviruses in fish and amphibians; OIE Expert (Southeast Asia)
19. Jacob Kerby, Ph.D.
University of South Dakota
Biology Department
[email protected]; 605-677-6170
Expertise: Ranaviruses and Stressors (USA)
20. Marja J. L. Kik, D.V.M., Ph.D.
Utrecht University and Dutch Wildlife Health Centre
Veterinary Medicine
[email protected]; 0031 030-2537925
Expertise: Ranavirus pathology (EU: Netherlands)
21. David Lesbarrères, Ph.D.
Laurentian University
Department of Biology
[email protected]; +1 (705) 675-1151 ext. 2275
Expertise: Ecology of Ranaviruses (Canada)
22. Rachel E. Marschang, D.V.M., Ph.D.
Laboklin GmbH & Co KG
Steubenstr. 4
D-97688 Bad Kissingen
[email protected]; +4997172020
Expertise: Ranaviruses in Reptiles (EU: Germany)
23. Rolando Mazzoni, D.V.M., Ph.D.
Universidade Federal de Goiás
Laboratório de Diagnóstico de Doenças de Organismos Aquáticos
[email protected]; 00 55 623 521 1576
Expertise: Ranavirus pathology and ranaviruses in bullfrog farms (South America)
24. Debra L. Miller, D.V.M., Ph.D.
University of Tennessee, Center for Wildlife Health
College of Veterinary Medicine, Department of Pathobiology
[email protected]; 865-974-7948
Expertise: Pathology of ranaviruses in ectothermic vertebrates (USA)
25. Nick Moody, Ph.D.
CSIRO Animal, Food and Health Sciences
AAHL Fish Diseases Laboratory
[email protected]; +61 3 5227 5749
Expertise: Ranaviruses in Fish (Australia)
26. Angela M. Picco, Ph.D.
U.S. Fish and Wildlife Service
[email protected]; 916-414-6490
Expertise: Pathogen pollution and amphibian trade (USA)
27. Jolianne Rijks, D.V.M., Ph.D.
Dutch Wildlife Health Centre
[email protected]; 0031 030-2534366
Expertise: Ranavirus epidemiology (EU: Netherlands)
28. Jacques Robert, Ph.D.
University of Rochester Medical Center
Department of Microbiology and Immunology
[email protected]; 585-275-1722
Expertise: Immunological responses to ranavirus infection (USA)
29. Danna M. Schock, Ph.D.
Keyano College
[email protected]; 780-791-4816
Expertise: Ecology of Ranavirus (Canada and USA)
30. Annemarieke Spitzen, M.S.
RAVON (Reptile, Amphibian and Fish Conservation Netherlands)
Department of Science and Conservation
[email protected]; 0031 24 7410600
Expertise: Amphibian host range of ranaviruses (EU: Netherlands)
31. Andrew Storfer, Ph.D.
Washington State University
School of Biological Sciences
[email protected]; 509-335-7922
Expertise: Evolution of Ranaviruses (USA)
32. Yumi Une, D.V.M.
Azabu University, School of Veterinary Medicine
Laboratory of Veterinary Pathology
[email protected]; +81-42-769-1628
Expertise: Pathology of Ranaviruses (Japan)
33. Thomas B. Waltzek, D.V.M., Ph.D.
Univerisity of Florida, College of Veterinary Medicine
Department of Infectious Diseases and Pathology
[email protected]; 530-574-2976
Expertise: Phylogenetics of iridoviruses (USA)
34. Richard J. Whittington, Ph.D.
University of Sydney, Faculty of Veterinary Science
[email protected]; +61-2-9351-1619
Expertise: Epidemiology, pathology, and immunology of ranaviruses (Australia)
Past research:
(1) Ranavirus surveillance in Australia.
(2) Host susceptibility to ranaviruses.
(3) Immunology.
Current research:
(1) Serology as a surveillance tool.
(2) Comparative pathology of iridoviruses
(3) Improved diagnostics for ranaviruses
Other:
(1) OIE Reference Laboratory for EHNV and Ranavirus
35. Qi-Ya Zhang, Ph.D.
Chinese Academy of Sciences
Institute of Hydrobiology
[email protected]; 86-27-68780792
Expertise: Genome structure and functional proteins of ranavirus (China)
GRC LISTSERV
To post to the GRC listserv, send an email to [email protected]. Appropriate content for posting includes (but is not limited to) sharing information on recent ranavirus die-offs, research findings, or publications; asking questions or discussing topics related to ranaviruses or ranaviral disease; and providing information about GRC activities. Anyone can post to the listserv (including non-members) and all postings are archived and can be viewed by the public. If you would like to become a member of the GRC listserv, you can join at this website: http://listserv.utk.edu/cgi-bin/wa?A0=GRC.
To unsubscribe, send "SIGNOFF GRC" command to [email protected] or contact Matthew Gray ([email protected]).
Other Resources
Global Ranavirus Reporting System
Laboratories Testing for Ranavirus
2013 Ranavirus Symposium
Important Research Directions
New Publications!!
UT Center for Wildlife Health
Global Ranavirus Consortium
Introduction
The scientific community is increasingly aware that emerging infectious diseases pose a significant threat to global biodiversity. A group of viruses in the genus Ranavirus (Family Iridoviridae) cause disease in amphibians, reptiles and fish, and appear to be emerging in some populations. Ranavirus-associated die-offs in larval and adult amphibians have been documented in the Americas, Europe, and Asia, with death rates often exceeding 90% during an outbreak. Ranavirus infections also have been reported in wild and cultured fish populations worldwide. While research on reptiles has been slower to accumulate, recent evidence suggests that ranaviruses are capable of causing morbidity and mortality in free-ranging populations. The capability of ranaviruses causing disease in poikilothermic animals belonging to three vertebrate classes emphasizes the potential risk of these pathogens to global biodiversity.
The Global Ranavirus Consortium (GRC) was formed following the First International Symposium on Ranaviruses. The goal of the GRC is to facilitate communication and collaboration among scientists and veterinarians conducting research on ranaviruses and diagnosing cases of ranaviral disease. Since formation, the GRC has published 3 popular articles on the 2011 Symposium and organized the Second International Symposium on Ranaviruses, which was held 27 – 29 July 2013 concurrently with the International Conference of the Wildlife Disease Association in Knoxville, Tennessee, USA. The Third International Symposium on Ranaviruses will be held 30 May - 1 June 2015 at the University of Florida in Gainesville, FL, USA. The GRC recently hosted a workshop on ranaviruses in Harbin, China.
The GRC was recently approved to write the first book on ranaviruses, which will be published as an eBook (i.e., chapters can be purchased independently) by Springer. Target publication date is November 2014. The GRC formed global regional discussion groups (see regional contact below) to help facilitate the transfer of information among scientists, and created a website with recent publications. To improve understanding of the global distribution of ranaviruses, the GRC is working to secure funds to create a Global Ranavirus Reporting System. The Executive Board has finalized bylaws for the GRC, and will be offering membership options in 2014.
If you would like to be listed as a GRC scientist or contribute to activities, please contact Dr. Matthew Gray or your regional representative on the Executive Board (see below). We also encourage interested students and scientists to join the GRC LISTSERV (see below).
Executive Board
1. Matthew Gray, Ph.D.
Director, University of Tennessee
2. Jesse Brunner, Ph.D.
Associate Director, Washington State University
3. Amanda Duffus, Ph.D.
Secretary/Treasurer, Gordon College
4. Yumi Une, D.V.M., Ph.D.
Asia Representative, Azabu University
5. Ellen Ariel, Ph.D.
Australia Representative, James Cook University
6. Rachel Marschang, D.V.M., Ph.D.
Europe Representative, Universität Hohenheim
7. Thomas Waltzek, D.V.M., Ph.D.
North America Representative, University of Florida
8. Rolando Mazzoni, D.V.M., Ph.D.
South America Representative, Universidade Federal de Goiás
9. Greg Chinchar, Ph.D.
Honorary Advisor, University of Mississippi Medical Center
Minutes: July 2013
Participating Scientists
1. Matthew C. Allender, D.V.M., Ph.D.
University of Illinois, College of Veterinary Medicine
Department of Comparative Biosciences
[email protected]; 217-265-0320
Expertise: Ranavirus pathology in chelonians (USA)
2. Ellen Ariel, Ph.D.
James Cook University
School of Veterinary and Biomedical Sciences
[email protected]; +61 747 81 4123
Expertise: Ranaviruses in fish and chelonians (EU and Australia)
3. Ana Balseiro, D.V.M., Ph.D.
Servicio Regional de Investigación y Desarrollo Agroalimentario
Centro de Biotecnología Animal
[email protected]; 00 34 984 50 20 10
Expertise: Ranavirus pathology in amphibians (EU: Spain)
4. Britt Bang Jensen, D.V.M., Ph.D.
Norwegian Veterinary Institute
Section for Epidemiology
[email protected]; +47 23216360
Expertise: Epidemiology of ranaviruses, especially fish (EU)
5. Silvia Blahak, D.V.M.
Chemical and Veterinary Investigational Laboratory (CVUA-OWL)
[email protected]; 0049 5231 911640
Expertise: Ranaviruses in reptiles (EU: Germany)
6. Craig Brunetti, Ph.D.
Trent University
Department of Biology
[email protected]; 705-748-1011
Expertise: Genetics and Bioinformatics of Ranaviruses (Canada)
7. Jesse L. Brunner, Ph.D.
Washington State University
School of Biological Sciences
[email protected]; 509-335-3702
Expertise: Ecology of Ranaviruses (USA)
Past research:
(1) Ecology of ATV in isolated tiger salamander populations in Arizona: transmission, persistence, and virulence.
(2) Ranavirus epidemiology in the Northeast USA.
(3) The effects of natural challenges and stress on susceptibility to ranavirus infection.
Current research:
(1) Larval behaviors, contact rates, and the form and function of ranavirus transmission.
(2) Ranavirus persistence in and transmission from the environment.
(3) Sketching out the phylogeography of FV3-like ranaviruses.
(4) Establishing the potential host range of various ranavirus isolates.
8. V. Gregory Chinchar, Ph.D.
University of Mississippi Medical Center
Department of Microbiology
[email protected]; 601-984-1743
Expertise: Gene Function of Ranaviruses (USA)
9. Andrew A. Cunningham, Ph.D., BVMS
Zoological Society of London
Institute of Zoology
[email protected]; 020 7449 6674
Expertise: Epidemiology of ranaviruses (England)
10. Amanda L. J. Duffus, Ph.D.
Gordon College
Division of Mathematics and Natural Sciences
[email protected]; 678-359-5464
Expertise: Ecology of Ranaviruses (England, Canada, and USA)
Past research:
(1) Ranavirus-host associations in UK amphibians.
(2) Life history stages of the common frog (Rana temporaria) affected by ranavirus infections.
(3) Modeling ranavirus dynamics and persistence in a single host species, the common frog.
(4) Phylogenetics of UK ranavirus isolates.
(5) Community ecology of ranavirus infections in pond dwelling amphibians, in Ontario, Canada.
(6) Effects of immunosuppressant agents on the development of ranavirus infections.
Current research:
(1) Mathematical modeling of ranavirus-amphibian systems.
11. Trent Garner, Ph.D.
Zoological Society of London
Institute of Zoology
[email protected]; 0041 (0) 207 4496687
Expertise: Population genetics and epidemiology of ranaviruses (England)
12. Matthew J. Gray, Ph.D.
University of Tennessee, Center for Wildlife Health
[email protected]; 865-974-2740
Expertise: Ecology of ranaviruses (USA)
Past research:
(1) Ranavirus surveillance in Tennessee amphibian communities.
(2) Impacts of anuran development and the threat of predation on susceptibility to ranavirus.
(3) Estimating the relative susceptibility of North American amphibians to ranaviruses.
(4) Determining the effects of amphibian community composition of ranavirus emergence.
(5) Exploring the possibility of interclass transmission of ranaviruses among amphibians, reptiles and fish.
Current research:
(1) Is evolution of host immunity and virus pathogenicity related to geographic isolation?
(2) Determining the occurrence of ranavirus superspreading by an amphibian host: a test of the 20-80 rule (Lloyd-Smith et al. 2005)
(3) Can ranaviruses cause population extirpation and species extinction: case studies with the Mississippi gopher frog, Chiricahua leopard frog and wood frog
(4) Temperature effects on ranavirus-host interactions: a test of viral replication versus temperature-induced stress
13. D. Earl Green, D.V.M.
U.S. Geological Survey, National Wildlife Health Center
[email protected]; 608-270-2482
Expertise: Pathology of ranaviruses (USA)
14. Jason T. Hoverman, Ph.D.
Purdue University
Department of Forestry and Natural Resources
[email protected]; 765-496-3263
Expertise: Ecology of ranaviruses (USA)
15. Alex D. Hyatt, Ph.D.
Commonwealth Scientific and Industrial Research Organisation
Australian Animal Health Laboratory
[email protected]; +61 3 52275419
Expertise: Phylogenetics and ecology of ranaviruses (Australia)
16. James K. Jancovich, Ph.D.
California State University-San Marcos
Department of Biological Sciences
[email protected]; 760-750-8525
Expertise: Phylogenetics and evolution of ranaviruses (USA)
17. April Johnson, D.V.M., M.P.H., Ph.D
[email protected]; +994 50 281 6390
Expertise: Ranaviruses in chelonians
18. Somkiat Kanchanakhan, Ph.D.
Inland Fishery and Research Development Bureau, Thailand
Inland Aquatic Animal Health Research Institute
[email protected]; 662 579 4122
Expertise: Ranaviruses in fish and amphibians; OIE Expert (Southeast Asia)
19. Jacob Kerby, Ph.D.
University of South Dakota
Biology Department
[email protected]; 605-677-6170
Expertise: Ranaviruses and Stressors (USA)
20. Marja J. L. Kik, D.V.M., Ph.D.
Utrecht University and Dutch Wildlife Health Centre
Veterinary Medicine
[email protected]; 0031 030-2537925
Expertise: Ranavirus pathology (EU: Netherlands)
21. David Lesbarrères, Ph.D.
Laurentian University
Department of Biology
[email protected]; +1 (705) 675-1151 ext. 2275
Expertise: Ecology of Ranaviruses (Canada)
22. Rachel E. Marschang, D.V.M., Ph.D.
Laboklin GmbH & Co KG
Steubenstr. 4
D-97688 Bad Kissingen
[email protected]; +4997172020
Expertise: Ranaviruses in Reptiles (EU: Germany)
23. Rolando Mazzoni, D.V.M., Ph.D.
Universidade Federal de Goiás
Laboratório de Diagnóstico de Doenças de Organismos Aquáticos
[email protected]; 00 55 623 521 1576
Expertise: Ranavirus pathology and ranaviruses in bullfrog farms (South America)
24. Debra L. Miller, D.V.M., Ph.D.
University of Tennessee, Center for Wildlife Health
College of Veterinary Medicine, Department of Pathobiology
[email protected]; 865-974-7948
Expertise: Pathology of ranaviruses in ectothermic vertebrates (USA)
25. Nick Moody, Ph.D.
CSIRO Animal, Food and Health Sciences
AAHL Fish Diseases Laboratory
[email protected]; +61 3 5227 5749
Expertise: Ranaviruses in Fish (Australia)
26. Angela M. Picco, Ph.D.
U.S. Fish and Wildlife Service
[email protected]; 916-414-6490
Expertise: Pathogen pollution and amphibian trade (USA)
27. Jolianne Rijks, D.V.M., Ph.D.
Dutch Wildlife Health Centre
[email protected]; 0031 030-2534366
Expertise: Ranavirus epidemiology (EU: Netherlands)
28. Jacques Robert, Ph.D.
University of Rochester Medical Center
Department of Microbiology and Immunology
[email protected]; 585-275-1722
Expertise: Immunological responses to ranavirus infection (USA)
29. Danna M. Schock, Ph.D.
Keyano College
[email protected]; 780-791-4816
Expertise: Ecology of Ranavirus (Canada and USA)
30. Annemarieke Spitzen, M.S.
RAVON (Reptile, Amphibian and Fish Conservation Netherlands)
Department of Science and Conservation
[email protected]; 0031 24 7410600
Expertise: Amphibian host range of ranaviruses (EU: Netherlands)
31. Andrew Storfer, Ph.D.
Washington State University
School of Biological Sciences
[email protected]; 509-335-7922
Expertise: Evolution of Ranaviruses (USA)
32. Yumi Une, D.V.M.
Azabu University, School of Veterinary Medicine
Laboratory of Veterinary Pathology
[email protected]; +81-42-769-1628
Expertise: Pathology of Ranaviruses (Japan)
33. Thomas B. Waltzek, D.V.M., Ph.D.
Univerisity of Florida, College of Veterinary Medicine
Department of Infectious Diseases and Pathology
[email protected]; 530-574-2976
Expertise: Phylogenetics of iridoviruses (USA)
34. Richard J. Whittington, Ph.D.
University of Sydney, Faculty of Veterinary Science
[email protected]; +61-2-9351-1619
Expertise: Epidemiology, pathology, and immunology of ranaviruses (Australia)
Past research:
(1) Ranavirus surveillance in Australia.
(2) Host susceptibility to ranaviruses.
(3) Immunology.
Current research:
(1) Serology as a surveillance tool.
(2) Comparative pathology of iridoviruses
(3) Improved diagnostics for ranaviruses
Other:
(1) OIE Reference Laboratory for EHNV and Ranavirus
35. Qi-Ya Zhang, Ph.D.
Chinese Academy of Sciences
Institute of Hydrobiology
[email protected]; 86-27-68780792
Expertise: Genome structure and functional proteins of ranavirus (China)
GRC LISTSERV
To post to the GRC listserv, send an email to [email protected]. Appropriate content for posting includes (but is not limited to) sharing information on recent ranavirus die-offs, research findings, or publications; asking questions or discussing topics related to ranaviruses or ranaviral disease; and providing information about GRC activities. Anyone can post to the listserv (including non-members) and all postings are archived and can be viewed by the public. If you would like to become a member of the GRC listserv, you can join at this website: http://listserv.utk.edu/cgi-bin/wa?A0=GRC.
To unsubscribe, send "SIGNOFF GRC" command to [email protected] or contact Matthew Gray ([email protected]).
Other Resources
Global Ranavirus Reporting System
Laboratories Testing for Ranavirus
2013 Ranavirus Symposium
Important Research Directions
New Publications!!
UT Center for Wildlife Health