Ecology, Conservation and Management of Wild Pigs and Peccaries

(Axel Boer) #1

Table 35.1


Main diseases affecting


Sus scrofa


worldwide: geographic distribution of pig infection, intraspecies and interspecies transmission route, and reported prevalence (for classical swine fever and African


swine fever, no prevalence is provided in case of epizootic events).

Disease

Pathogen (virus family

)

Infection in domestic pig

Transmission routes

Reporting country (region)

Reporting period

Prevalence reported in wild boar in % (number of

positive /

number tested, when available)

References

Diseases representing a threat to wild and domestic pigs

Classical swine fever

Classical swine fever virus (Flaviviridae

)

Infection present in Central and South America, eastern and central Europe, Asia, and Madagascar

Direct contact through aerosol and semen

EUBelgium

Outbreak in 2002

Paton & Greiser-Wilke 2003

Bulgaria

Outbreaks in 2004–2009

Rossi et

al. 2015

Latvia

Ongoing outbreak

OIE, 2015

France

Outbreaks in 1992–2007

Germany

Outbreaks in 1992–2009

Indirect contact through ingestion of contaminated foodstuffs (swill-feeding)

Hungary

Ongoing outbreak

Italy

Outbreaks in 1985–2002

Luxembourg

Outbreak in 2002–2003

Romania

Outbreak in 2006–2007

Slovakia

Outbreaks in 2005–2008

Switzerland

Outbreak in 1998–2000

African swine fever

African swine fever virus (Asfarviridae

)

Infection present in Africa, eastern Europe (since 2007) and Italy (Sardinia)

Direct contact through aerosol and semen

EUEastern Europe (Armenia, Belarus, Estonia, Latvia)

Ongoing outbreak

Gavier-Widen et

al.

2015

Lithuania, Poland

Sanchez-Vizcaino et
al. 2013, 2015

Russian Federation, Ukraine

OIE, 2015

Indirect contact through ingestion of contaminated foodstuffs (swill-feeding)Through soft tick bite

Italy (Sardinia)

2006–2010

a 5

Mur et

al. 2014

Spain (Andalusia)

0 (0

a/158)

Mur et

al. 2012

Aujeszky’s disease

Aujeszky’s disease virus (Herpesviridae

)

Worldwide spread

Direct contact through aerial and venereal route;

EUItaly (North)

2006–2014

5 (162

a/3260)

Chiari et

al. 2015

Germany (East)

2008

15.9 (1438

a/9033)

Pannwitz et

al. 2012

Spain

2000–2010

49.6

a (N

= 1659)

Boadella et

al.

2012a

Switzerland

2008–2013

0.6 (7

a/1228)

Meier et

al. 2015

Indirect contact through aerial route

AmericaUSA

2006–2007

35 (

N = 409)

Campbell et

al.

2008

South Central Texas

Brucellosis

Brucella suis

Worldwide spread

Direct contact via venereal route

EUFrance

2000–2004

48

a

Rossi et

al. 2008;

Switzerland

2008–2010

36

a; 29

b+
c

Wu et

al. 2011

Indirect contact via contaminated tissue

AmericaUSA

1976–2002

4–44

a

Meng et

al. 2009

AsiaJapan.

2003–2004

8 (9

a/115)

Watarai et

al. 2006

Diseases shared with livestock

Bovine tuberculosis

Mycobacterium bovis

Worldwide spread

Direct contact through aerial route

EUFrance (East)

2002–2013

4.0–7.1

c

Payne et

al. 2016

Spain (West)

2008–2012

1.5 (19

c/1275)

Muñoz-Mendoza et
al. 2013; Cowie
et
al. 2016

Spain (South Central)

1999–2004

59

d

Indirect contact via contaminated environment

AmericaHawaïi

2006

1 (5/482)

Miller & Sweeney 2013

OceaniaNew Zealand

1989–1993

31–32

Nugent et

al. 2015

2007–2012

0.2–0.4 (

N = 12,890)

Foot and mouth disease

Foot and mouth disease virus (Picornaviridae

)

Infection present in Africa, Asia, Middle East, and Russian Federation

Direct contact and indirect contact through aerosol. Also possible through fomites and water

EUBulgaria

2011–2012

6.9 (56

a/812)

Alexandrov et

al.

2013

Turkey

2011–2012

11.5 (22

a/192)

EFSA, 2015OIE, 2015; Weaver et
al. 2013

Diseases shared with humans

Trichinellosis

Trichinella

spp.

Worldwide spread

Transmission by ingestion of infected tissue

EU

c
France

2009–2010

0 (0

e/2442)

Payne et

al. 2011

Spain (Central South)

1998–2010

0.2

e (N

= 95,070)

Boadella et

al. 2012b

AmericaUSA

2012–2013

1.8 (6

e/330)

Hill et

al. 2014

Hepatitis E

Hepatitis E virus (Hepeviridae

)

Worldwide spread

Transmission by orofaecal route and ingestion of contaminated tissue, foodstuffs or water

EUBelgium

2010–2011

34

a (
N = 383)

Thiry et

al. 2017

Germany

2007

30 (32

a/107); 68 (90

b/132)

Adlhoch et

al. 2009

France

2000–2004

14 (59

a/421)

Carpentier et

al.

2012; Jori et

al. 2016

Corsica

29 (101

a/346); 8

b/116

Spain

2003–2010

16 (165

a/1029); 8 (8

b/106)

Kukielka et

al. 2015a

AsiaJapan

2003–2010

8 (41

a/507); 3 (19

b/552)

Sato et

al. 2011

a Serological test;

b PCR;

c culture;

d histology;

e diagnostic method: artificial digestion of a sampled muscle.

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