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. 2019 Apr 16;15:e00048. doi: 10.1016/j.fawpar.2019.e00048

Table 2.

Summary of data extracted from English and Chinese language primary literature reporting surveillance for Echinococcus multilocularis in wild and/or domestic canids (2008–2018).

Authors, year
(language)
Host Location Study design Sampling method Sample size Prevalence
% (95% CI)
Detection method(s) Case definition Seq/submissiona
Hanosset et al. 2008
(English)
Red foxes Wallonoia, Southern Belgium Cross-sectional Convenience 990 24.55
(22.38–27.87)
(i) Intestines: mucosal scraping
(ii) Cestode morphology
Morphology +ve NA
Dyachenko et al. 2008
(English)
Dogs Austria
Denmark
Germany
France
Italy
Luxembourg
Netherlands
Cross-sectional Convenience Austria: 812
Denmark: 517
Germany: 17894
France: 980
Italy: 249
Luxembourg: 165
Netherlands: 734
Germany: 0.24 (0.17–0.32)
Other countries: 0
(i) Feces: ZnCl2/NaCl flotation
(ii) Nested PCR (12S)
Microscopy and PCR +ve Not sequenced
Bagrade et al. 2008
(English)
Red foxes Latvia Cross-sectional Convenience 45 35.60 (i) Intestinal examination
(ii) Cestode morphology
(iii) PCR (CO1, ND1, rrnS, ATP6, actII)
(iv) Sequencing
NR Sequenced
Guislain et al. 2008
(English)
Foxes French Ardennes region, France Cross-sectional Convenience 149 53
(45.4–60.6)
(i) Intestines: SCTb
(ii) Cestode morphology
(iii) Fragment size analyses (EmsB microsatellite target)
NR Not sequenced
Ziadinov et al. 2008
(English)
Dogs (no puppies, pregnant bitches) At-Bashy, Naryn province, Kyrgyzstan Cross-sectional Cluster 466 11 (i) Arecoline purgation
(ii) Cestode morphology
(iii) Fecal: ZnCl2 sieving/flotation
(v) Multiplex PCR
Morphology or PCR +ve Not sequenced
Bourecka et al. 2008
(English)
Red foxes Małopolskie voivodship, Poland Cross-sectional Convenience 214 20.1
(14.72–25.46)
(i) Intestines: ISTc
(ii) Cestode morphology
Morphology +ve NA
Antolova et al. 2009
(English)
Dogs (not dewormed in 4 mos) Presov and Kosice regions, Slovakia Cross-sectional NR 289 2.8 (i) Feces-Sheather's sucrose flotation
(ii) Copro-antigen ELISAd
(iii) Nested copro-PCR (12S)
PCR +ve Not sequenced
Takumi et al. 2008
(English)
Foxes Groningen & Limburg Provinces, The Netherlands Cross-sectional Convenience 1996–1997: 39
2003: 195
1996–1997: 7.7
2003: 11.7
(i) Intestines: IST
(ii) PCR
NR Not sequenced
Malczewski et al. 2008
(English)
Red foxes Northeast & Southeast Poland NR NR 1514 23.8
(21.63–25.92)
(i) Intestines: IST
(ii) Cestode morphology
Morphology +ve NA
Robardet et al. 2008
(English)
Red foxes Nancy, France Cross-sectional Convenience 127 30 (i) Intestines: SCT
(ii) Cestode morphology
Morphology +ve NA
Nonaka et al. 2009
(English)
Dogs Hokkaido, Honshu, Kyushu, Japan Cross-sectional Convenience Hokkaido: 4768
Honshu/Kyushu: 348
Hokkaido: 0.86
Honshu/Kyusho: 0.86
(i) Feces: Sieving/flotation
(ii) Copro-antigen ELISA
(iii) PCR (CO1, 12S, U1 snRNA)
NR Sequenced
Bružinskaitė et al. 2009
(English)
Dogs (in AE +ve villages) Lithuania Cross-sectional Convenience 240 0.8%
(0.1–3)
(i) Feces: McMaster method
(ii) ZnCl2 sieving/flotation
(iii) Multiplex PCR
NR Not sequenced
Nonaka et al. 2009
(English)
Silver foxes, red foxes, raccoon dogs, Dogs Hokkaido, Japan Cross-sectional NR Foxes: 209
Raccoon dogs: 3
Dogs: 3
Foxes: 12.9
Raccoon dogs: 0
Dogs: 0
(i) Feces: Sucrose flotation
(ii) Copro-antigen ELISA
(iii) PCR (CO1)
PCR +ve Not sequenced
Hurnikova et al. 2009
(English)
Red foxes, Raccoon dogs Tatra National Park, Slovakia Cross-sectional Convenience Red foxes: 328
Raccoon dogs: 2
Red foxes: 42.7
Raccoon dogs: 50
(i) Intestines: SCT
(ii) Cestode morphology
Morphology +ve NA
Bagrade et al. 2009
(English)
Wolves Latvia NR NR 34 5.9 (i) Intestinal examination
(ii) Cestode morphology
Morphology +ve NA
Barabasi et al. 2010
(English)
Red foxes Romania Cross-sectional Convenience 561 4.8
(3.2–6.9)
(i) Intestines: Sedimentation & mucosal scraping
(ii) Cestode morphology
(iii) Multiplex PCR
(iv) Sequencing
NR Sequenced
Casulli et al. 2010
(English)
Red foxes Hungary Cross-sectional NR 840 10.7
(9.7–11.7)
(i) Intestines: SCT
(ii) Cestode morphology
(iii) Fluorescent PCR & fragment size analyses (EmsB microsatellite target)
NR Not sequenced
Stien et al. 2010
(English)
Arctic foxes Svalbard Islands, Norway Cross-sectional Convenience 353 8.5
(6–11.9)
(i) Intestines: IST
(ii) Cestode morphology
Morphology +ve NA
Wang et al. 2010
(English)
Dogs Shiqu County, Ganzi Tibetan Autonomous Prefecture, China NR Clustered, non-random 228 14.80 (i) Arecoline purgation
(ii) Cestode morphology
(iii) Copro-PCR (12S)
Copro-PCR +ve Not sequenced
Ziadinov et al. 2010
(English)
Red foxes Naryn Oblast, Kyrgyzstan Cross-sectional Convenience 151 63.6
(55.4–71.3)
(i) Intestines – SCT
(ii) Cestode morphology
Morphology +ve NA
Siko et al. 2011
(English)
Red foxes Romania Cross-sectional Convenience 561 4.8 (3.2–6.9) (i) Intestines: SCT and/or mucosal scraping
(ii) Cestode morphology
(iii) Multiplex PCR
(iv) Sequencing
NR Sequenced
Beiromvand et al. 2011
(English)
Dogs, foxes, wolves Chenaran,Razavi Khorasan Province, Iran Cross-sectional Convenience Dogs: 77
Foxes: 3
Wolf: 1
Dogs: 6.5
(2.8–14.3)
Foxes & wolf: 100 (78.5–100)
Dogs:
(i) Fecal ZnCl2 sieving/flotation
(ii) Multiplex PCR
Foxes & wolf:
(i) Intestines: IST or SCT
(iii) Cestode morphology
NR Sequenced and submitted
Karamon et al. 2011
(English)
Red foxes Świętokrzyskie & Lubelskie Provinces, Poland Cross-sectional NR 353 13.6 Intestines: SCT SCT +ve NA
Umhang et al. 2011
(English)
Foxes France Cross-sectional NR 358 32.7 Reference: SCT
Index: SSCTe
SCT +ve NA
Miterpakova et al. 2011 (English) Red foxes Slovakia Cross-sectional Stratified cluster 4761 30.3 Intestines: SCT SCT +ve NA
Umhang et al. 2012
(English)
Dogs Meuse and Haute-Saone, France Cross-sectional Convenience Meuse: 493
Haute-saone: 367
Meuse: <1
Haute-saone: <0.75
(i) Fecal ZnCl2 sieving/flotation
(ii) PCR (ND1)
PCR +ve Not sequenced
Catalano et al. 2012
(English)
Coyotes Alberta, Canada Cross-sectional Convenience 91 25.30 (i) Intestinal sieving
(ii) Cestode morphology
(iii) Multiplex PCR
Morphology and PCR +ve Not sequenced
Jiang et al. 2012a
(English)
Tibetan foxes, Red foxes Shiqu County, China Cross-sectional Convenience 184 35 Reference: RFLP-PCR
Index:
(i) Nested multiplex copro-PCR (CO1)
(ii) Sequencing
NR Sequenced and submitted
Compte et al. 2012
(English)
Foxes France Cross-sectional Stratified 3307 17
(16–19)
Intestines: SSCT SSCT +ve NA
Jiang et al. 2012b
(Chinese)
Tibetan foxes Yunbo Gou, Shiqu County, Sichuan Province, China Cross-sectional Cluster 120 19 Nested duplex copro-PCR PCR +ve Sequenced and submitted
Takahashi et al. 2013
(English)
Foxes Nemuro peninsula, Hokkaido, Japan Cross-sectional Simple random Bait zone: 411
Control zone: 163
Pre-baitf (1994–1999):
Bait: 49.4 (43.7–55)
Control: 70.5 (60.2–79.2)
Post-bait: (2003–2006):
Bait: 15.8 (7.9–28.4)
Control: 65 (40.9–83.7)
(i) Intestines: mucosal scraping
(ii) Cestode morphology
Morphology +ve NA
Tolnai et al. 2013
(English)
Red foxes Hungary Cross-sectional Random 2008: 840
2012: 772
2008: 10.7 (9.7–11.7)
2012: 7.9 (6.9–8.9)
(i) Intestines: SCT
(ii) Cestode morphology
(iii) Microsatellite analysis
(iv) PCR (12S)
Morphology +ve Not sequenced
Gesy et al. 2013
(English)
Red foxes, coyotes Quesnel, Canada Cross-sectional Convenience Red foxes: 6
Coyotes: 27
Coyotes: 71
Foxes: 17
(i) Intestines: SFCTg
(ii) Cestode morphology
(iii) PCR (ND1, ND2, COB, CO1)
(iv) Sequencing
Morphology and PCR +ve Sequenced
Mobedi et al. 2013
(English)
Dogs, red foxes Moghan Plain, Iran Cross-sectional NR Dogs: 59
Red foxes: 84
Dogs: 0
Red foxes: 0
(i) Copro-antigen ELISA
(ii) Nested copro-PCR (12S)
NR Not sequenced
Moss et al. 2013
(English)
Dogs Shiqu and Yajiang counties, China Cohort NR 592 11.20 (i) Copro-antigen ELISA
(ii) Copro-PCR (ND1)
NR Not sequenced
Li et al. 2013
(English)
Tibetan sand foxes and red foxes Qinghai, China Cross-sectional Convenience Intestines: 36
Feces: 70
Intestines: 3
Feces: 1.4
(i) Intestinal examination
(ii) Feces-Sucrose flotation
(iii) PCR (CO1)
(iv) Sequencing
NR Sequenced
Comte et al. 2013
(English)
Foxes Annemasse & Pontarlier, France Cross-sectional Purposive Annemasse: 700
Pontarlier: 700
Pre-baitf (2006)
Annemasse: 13.3
Pontarlier: 10.9
Post-bait (2007–2009)
Annemasse: 2.2
Pontarlier: 7.1
Copro-antigen ELISA ELISA +ve NA
Schurer et al. 2014
(English)
Wolves Saskatchewan (SK), Manitoba (MB), Northwest Territories (NT) Cross-sectional Convenience SK: 17
MB: 3
NT: 73
SK: 23.5
MB: 67
NT: 8.2
(i) Intestines: SFCT
(ii) Cestode morphology
(iii) PCR (CO1, ND1)
(iv) Sequencing
PCR +ve Sequenced and submitted
Umhang et al. 2014
(English)
Dogs Annemasse and Pontarlier, France Cross-sectional NR 817 0.5 (0.1–1.3) (i) Fecal sieving/flotation
(ii) Multiplex PCR
(iii) Sequencing
PCR +ve Sequenced
Isaksson et al. 2014
(English)
Red foxes Eastern Switzerland and Sweden Cross-sectional NR Switzerland: 177
Sweden: 2158
NA Reference: Intestines: SCT
Index: Fecal Magnetic Capture RT-PCR
SCT +ve Not sequenced
Denzin et al. 2014
(English)
Red foxes Saxony-Anhalt, Germany Cross-sectional NR 1998–2005: 1882
2006–2010: 2307
1998–2005: 13.6 (11.6–15.6)
2006–2010: 23.4 (21.2–25.7)
(i) Intestinal Smear Technique
(ii) Cestode morphology
‘Smear’ +ve NA
Maas et al. 2014
(English)
Red foxes, Dogs (>6 mos, not dewormed in 1 mo) South Limburg, Maastricht, The Netherlands Cross-sectional Convenience Red foxes: 37
Dogs: 142
Red foxes: 59 (43–74)
Dogs: 0
Red foxes:
(i) IST
(ii) Nested PCR
Dogs: Copro-qPCR
Red foxes: IST or PCR +ve
Dogs: qPCR +ve
Not sequenced
Liccioli et al. 2014
(English)
Coyotes Calgary, Canada Cross-sectional Convenience 385 21.42 (i) Fecal ZnCl2 sieving/flotation
(ii) PCR
PCR +ve Not sequenced
Karamon et al. 2014
(English)
Red foxes Poland Cross-sectional Convenience 1546 16.5 (14.7–18.4) Intestines: SCT SCT +ve NA
Gesy et al. 2014
(English)
Arctic foxes Red foxes Coyotes Canada Cross-sectional Convenience Arctic foxes: 404
Red foxes: 6
Coyotes: 48
Arctic foxes: 0.74
Red foxes: 17
Coyotes: 58
(i) Fecal Sucrose Flotation
(ii) Intestines: SFCT
(iii) Simplex/multiplex PCR
(iv) Sequencing
NR Sequenced and submitted
Ma et al. 2014
(Chinese)
Red foxes Zhaosu basin, China Cross-sectional Stratified cluster 6 50 (i) Intestinal examination
(ii) Cestode morphology
Morphology +ve Not sequenced
Karamon et al. 2015
(English)
Red foxes Śląskie, Opalskie, Lubelskie, Podkarpackie, Poland Cross-sectional Convenience 500 Śląskie: 11.7 (6.7–19.4)
Opalskie: 3.9 (1.6–8.4)
Podkarpackie: 54.6 (46.7–62.3)
Lubelskie: 18.9 (12.0–28.3)
Overall: 23.6
Intestines: SCT SCT +ve NA
Melotti et al. 2015
(English)
Coyotes, red foxes, grey foxes Michigan, USA Cross-sectional Convenience Coyotes: 223
Grey foxes: 45
Red foxes: 34
Coyotes: 0.4
Red foxes: 0
Grey foxes: 0
All canids:
(i) Intestines: SCT
(ii) Multiplex PCR
(iii) Sequencing
NR Sequenced
Villeneuve et al. 2015
(English)
Shelter dogs (not dewormed in 5 mos) Canada Cross-sectional Quota 1086 0 (i) Fecal sucrose flotation
(ii) Multiplex PCR
PCR +ve Not sequenced
Laurimaa et al. 2015
(English)
Raccoon dogs Estonia Cross-sectional Convenience 249 1.6
(0.4–4.1)
(i) Intestines: SCT
(ii) Cestode morphology
(iii) PCR (Ile/Lys)
(iv) Sequencing
NR Sequenced and submitted
Laurimaa et al. 2016
(English)
Red foxes Estonia Cross-sectional Convenience 111 31.5
(22.7–40.3)
(i) Intestines: SCT
(ii) Cestode morphology
Morphology +ve NA
Bagrade et al. 2016
(English)
Red foxes, racoon dogs Latvia Cross-sectional NR Red foxes: 538
Racoon dogs: 407
Red foxes: 17.1 (13.9–20.3)
Racoon dogs: 8.1 (5.5–10.8)
All canids:
(i) Intestines: SCT
(ii) Cestode morphology
(iii) Multiplex PCR
(iv) PCR (CO1)
(v) Sequencing
NR Sequenced
Miller et al. 2016
(English)
Red fox Katrineholm, Uddevalla, Gnesta/Nyköping, Vetlanda/Växjö, Sweden Cross-sectional Purposive 714 5.7 (4.2–7.7) (i) Fecal sieving/flotation
(ii) Multiplex PCR
(iii) Sequencing
PCR and sequence +ve Sequenced and submitted
Umhang et al. 2016
(English)
Wild: foxes
Captive: red foxes, Alaskan tundra wolves, Eurasian wolves
Moselle, France Wild: cross-sectional
Captive: cohort
Purposive Captive:
Foxes:3
Alaskan wolves: 35
Eurasian wolves: 75
Wild foxes:
Feces (in/out park): 142
Intestines: 5
Captive:
Eurasian wolves: 1.3
Red fox: 0
Alaskan wolves: 0
Wild foxes:
Outside park: 20.6 (13.1–30)
Inside park: 17.8 (8–32.1)
Intestines: 60
Feces:
(i) Sieving/flotation
(ii) Multiplex PCR
(iii) Sequencing
Intestines:
(i) SSCT
(ii) EmsB microsatellite analysis
NR Sequenced
Comte et al., 2017
(English)
Foxes Nancy, France Cross-sectional Systematic 445 57% Intestines: SSCT SSCT +ve NA
Frey et al. 2017
(English)
Dogs (clinical AE cases, presumed uninfected, negative controls) Switzerland Diagnostic investigation Presumed uninfected - random; Clinical AE and negative controls - NR 75 NA Reference: Abdominal ultrasound
Index (Serology):
(i) ELISA (EmVF, Em2-antigen, rEm18, rEm95)
(ii) In-house Western Blot
(iii) Anti-Echinococcus EUROLINE-Western Blot (IgG, rEm18, rEm95, rEgAgB)
Ultrasound +ve NA
Schuster & Shimalov 2017
(English)
Raccoon dogs, red foxes Uckermark district, Brandenburg state, Germany Cross-sectional Convenience Raccoon dogs: 101
Red foxes: 144
Raccoon dogs: 0.99
Red Foxes: 1.39
(i) Intestines: Sedimentation Technique
(ii) Cestode morphology
Morphology +ve NA
Maksimov et al. 2017
(English)
Foxes NR NR NR 120 NA Reference: intestines: IST
Index 1: (i) ZR Faecal DNA MiniPrep™ (ii) FastDNA® SPIN Kit for Soil (iii) QIAamp® Fast DNA Stool MiniKit (iv) NucleoSpin®Soil
Index 2: (i) PCR (rrnS), (ii) iQS-qPCR (rrnL) (iii) QT-qPCR (rrnL)
NR Not sequenced
Poulle et al. 2017
(English)
Dogs, red foxes Ardennes, France Cross-sectional Convenience Dogs: 18
Red foxes: 69
Dogs: 11.1 (1.4–34.7)
Red foxes: 34.8 (23.5–47.6)
Copro-qPCR (rrnL) qPCR +ve Not sequenced
Kohansal et al. 2017
(English)
Stray dogs Zanjan Province, Iran Cross-sectional NR 450 0 (i) Fecal Formalin ethyl acetate concentration test
(ii) ZnCl2 sieving/flotation
(iii) Multiplex PCR
PCR +ve Not sequenced
Hermosilla et al. 2017
(English)
Wolves Gorski Kotar region, Croatia Cross-sectional NR 400 0 (i) Fecal Sodium acetate formalin test
(ii) Nested PCR (12S)
(iii) Sequencing
NR Sequenced and submitted
Otero-Abad et al. 2017
(English)
Red foxes Switzerland Cross-sectional Convenience 300 59.5 (43.1–66.4) Reference: Intestines – SCT
Index (i): Polyclonal copro-antigen ELISA
Index (ii): Monoclonal copro-antigen ELISA
Index (iii): Multiplex PCR
SCT +ve Not sequenced
Schurer et al. 2018
(English)
Wolves, coyotes, red foxes, Arctic foxes Quebec Canada (QC), Maine USA (ME) Cross-sectional Convenience QC: 284
ME: 23
QC: 0
ME: 0
All canids:
(i) Intestines: SFCT
(ii) Simplex/multiplex PCR (CO1, ND1)
(iii) Sequencing
NR Sequenced and submitted
Petersen et al. 2018
(English)
Red foxes, Raccoon dogs Denmark Cross-sectional Convenience Red foxes: 1073
Raccoon dogs: 272
Red foxes: 1.8
Raccoon dogs: 0.7
Intestines:
(i) SCT
(ii) Cestode morphology
Feces: Magnetic Capture RT- PCR
Morphology or PCR + ve Sequenced and submitted
Massolo et al. 2018
(English)
Wolves, dogs Parco Regionale delle Alpi Liguri, Italy Cross-sectional Convenience Dogs: 32
Wolves: 120
Dogs: 12.5
Wolves: 4.2
All canids:
(i) Feces - ZnCl2 sieving/flotation
(ii) PCR (ND1, COB)
(iii) Sequencing
PCR +ve Sequenced
Gurler et al. 2018
(English)
Red foxes Central Anatolia and Thrace, Turkey Cross-sectional Random 405 1.90 (i) Fecal flotation
(ii) Multiplex PCR
PCR +ve Not sequenced
Beiromvand et al. 2018
(English)
Domestic dogs Ahvaz County, Khuzestan Province, Iran Cross-sectional Simple random 167 0 (i) ZnCl2 sieving/flotation
(ii) Multiplex PCR
NR Sequenced
Knapp et al. 2018
(English)
Red foxes, Dogs Franche-Comté and Ile-de-France, France Cross-sectional Systematic Red foxes: 590
Dogs: 1858
Red foxes: 27.9 (23.8–32.4)
Dogs: 1.1
(0.4–3.0)
(i) Copro-qPCR (rrnL)
(ii) Sequencing
Sequence +ve Sequenced
Liu et al. 2018
(English)
Dog Xiji County, Ningxia Hui Autonomous Region, China Cross-sectional Convenience 750 14.1 (i) Multiplex copro-PCR (ND5) Copro-PCR +ve Not sequenced

NR - not reported; NA - not applicable.

a

E. multilocularis PCR products sequenced and submitted to GenBank.

b

SCT - Sedimentation and Counting Technique.

c

IST - Intestinal Scraping Technique.

d

Enzyme-linked Immunosorbent Assay.

e

SSCT - Segmental Sedimentation and Counting Technique.

f

Praziquantel-based baits.

g

SFCT - Sedimentation, Filtration, and Counting Technique.