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Prevalence of different trypanosomes in livestock in Blue Nile and West Kordofan States, Sudan

Mossaad Ehab Ismail Ahmed Ali Ibrahim Abdalla Mohamed Musinguzi Simon Peter Angara Tamador E.E. Xuan Xuenan Inoue Noboru Suganuma Keisuke 帯広畜産大学

2021.03.01

概要

African animal trypanosomosis, transmitted cyclically by tsetse flies or mechanically by other biting flies, causes serious health problems in livestock. Although tsetse infestations have been observed in Blue Nile State in Sudan, tsetse was eradicated in West Kordofan in 1962, and no further studies have been carried out. Accordingly, in this study, we investigated the prevalence of trypanosomosis in cattle, sheep, and goats in Blue Nile and West Kordofan States, Sudan. This cross-sectional study was conducted using 70 cattle, 62 sheep, and 116 goats, and the microhematocrit centrifugation technique was used as a parasitological test. KIN-multispecies polymerase chain reaction (PCR) was used to detect Trypanozoon sp., Trypanosoma congolense, and T. vivax; RoTat 1.2 variable surface glycoprotein-specific PCR was used to detect T. evansi; and TviCatL PCR was used to specifically detect T. vivax. The seroprevalence of trypanosomosis was assessed using card agglutination tests CATT/ T. evansi. The parasitological prevalence rates were 4% (3/70) in cattle, 2% (1/62) in sheep, and 4% (5/116) in goats. The molecular prevalence rates of T. vivax, the most prevalent parasite, were 99% (69/70) in cattle, 98% (61/62) in sheep, and 84% (98/116) in goats. Trypanozoon (T. evansi or T. brucie) rates were 30% (21/70) in cattle, 32% (20/62) in sheep, and 12% (14/116) in goats. Among Trypanozoon-positive isolates, T. evansi was confirmed in 24% (5/21) of cattle, 70% (14/20) of sheep, and 86% (12/14) of goats. Finally, T. congolense was recorded only in cattle in Blue Nile State, with a prevalence of 14% (10/70). The seroprevalence rates of CATT/T. evansi were 46% (32/70) in cattle, 45% (28/62) in sheep, and 14% (16/116) in goats. Thus, we confirmed molecularly, for the first time, the presence of Trypanozoon, particularly T. evansi and T. vivax, in sheep and goats in Sudan. Our results show that sheep and goats could be an important reservoir for trypanosomes, potentially leading to the spread of the disease to the northern parts of the country following the movement of these animals. These findings provide important insights into the epidemiology of the disease and could affect the establishment of control strategies against trypanosomosis in Sudan.

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Figure Legends

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Fig. 1. Map of Sudan. The states in which blood samples were collected are indicated in brown.

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20

Highlights

Trypanosomes were detected in cattle, sheep, and goats in Sudan using CATT/T. evansi.

Trypanoszoon and T. vivax were detected in sheep and goats in Sudan.

Trypanoszoon, T. vivax, and T. congolense were detected in cattle in Sudan.

Sheep and goats may play important roles in the epidemiology of trypanosomosis.

Table 1. Primers used in the current study

Parasite

PCR method

Primer

Sequence

Target gene

Length

Source

T. evansi

KIN

540 bp

Desquesnes et al., 2001

RoTat 1.2

5′-GCGTTCAAAGATTGGGCAAT-3′

5′-CGCCCGAAAGTTCACC-3′

5´-GCCACCACGGCGAAAGAC-3´

5´-TAATCAGTGTGGTGTGC-3´

ITS-1

T. evansi

Kin1

Kin2

ILO7957

ILO8091

RoTat 1.2 VSG

488 bp

Urakawa et al., 2001

T. congolense

savannah

KIN

750 bp

Desquesnes et al., 2001

KIN

ITS-1

300 bp

Desquesnes et al., 2001

T. vivax

TviCatL

5′-GCGTTCAAAGATTGGGCAAT-3′

5′-CGCCCGAAAGTTCACC-3′

5′-GCGTTCAAAGATTGGGCAAT-3′

5′-CGCCCGAAAGTTCACC-3′

5′-TTAAAGCTTCCACGAGTTCTTGATGATCCAGTA-3′

5′-GCCATCGCCAAGTACCTCGCCGA-3′

ITS-1

T. vivax

Kin1

Kin2

Kin1

Kin2

DTO 155

TviCatL1

cathepsin L-like

200 bp

Cortez et al., 2009

Table 2. Overall prevalence of different trypanosomes in cattle, sheep, and goats in Blue Nile and West Kordofan States, Sudan

Blue Nile

West Kordofan

Total

Cattle

100% (57/57)

92% (12/13)

99% (69/70)

Sheep

100% (36/36)

96% (25/26)

98% (61/62)

Goats

87% (66/76)

80% (32/40)

84% (98/116)

Table 3. Prevalence of different trypanosomes in cattle in Blue Nile and West Kordofan States using PCR and MHCT

Area

Blue Nile

West Kordofan

Total

MHCT

4% (2/57)

8% (1/13)

4% (3/70)

KIN-PCR

Trypanozoon

37% (21/57)

0% (0/13)

30% (21/70)

T. vivax

9% (5/57)

0% (0/13)

7% (5/70)

T. congolense

17% (10/57)

0% (0/13)

14% (10/70)

RoTat-1.2

TviCatL-PCR

T. evansi

24% (5/21)

NA

24% (5/21)

T. vivax

100% (57/57)

92% (12/13)

99% (69/70)

Mixed

33% (17/57)

NA

33% (17/57)

Table 4. Prevalence of different trypanosomes in sheep in Blue Nile and West Kordofan States using PCR and MHCT

Area

Blue Nile

West Kordofan

Total

MHCT

0% (0/36)

3% (1/26)

2% (1/62)

KIN-PCR

Trypanozoon

17% (6/36)

54% (14/26)

32% (20/62)

T. vivax

19% (7/36)

15% (4/26)

18% (11/62)

T. congolense

0% (0/36)

0% (0/26)

0% (0/62)

RoTat-1.2

TviCatL-PCR

T. evansi

83% (5/6)

64% (9/14)

70% (14/20)

T. vivax

100% (36/36)

96% (25/26)

98% (61/62)

Mixed

17% (6/36)

50% (13/26)

31% (19/62)

Table 5. Prevalence of different trypanosomes in goats in Blue Nile and West Kordofan States using PCR and MHCT

Area

MHCT

KIN-PCR

Trypanozoon T. vivax

Blue Nile

3% (2/76)

18% (14/76)* 3% (2/76)

West Kordofan 8% (3/40)

0% (0/40)

5% (2/40)

Total

4% (5/116) 12% (14/116) 3% (4/116)

* indicates statistically significant difference (P < 0.05).

T. congolense

0% (0/76)

0% (0/40)

0% (0/116)

RoTat-1.2

TviCatL-PCR

T. evansi

86% (12/14)

NA

86% (12/14)

T. vivax

87% (66/76)

80% (32/40)

84% (98/116)

Mixed

13% (10/76)

0% (0/40)

9% (10/116)

Table 6. Seroprevalence of trypanosomosis using CATT/T. evansi

Blue Nile

West Kordofan

Total

CATT/T. evansi

Cattle

Sheep

51% (29/57)

31% (11 /36)

23% (3/13)

27% (7/26)

46% (32/70)

45% (28/62)

Goats

12% (9/76)

18% (7/40)

14% (16/116)

West Kordofan

Blue Nile

Figure 1

...

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