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Physiological, immunological and genetic factors in the resistance and susceptibility to gastrointestinal nematodes of sheep in the peripartum period: A review

R. González-Garduño

R. González-Garduño

Universidad Autónoma Chapingo. Unidad Regional Universitaria SursuresteTeapa, México
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González-Garduño, R.
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J. Arece-García

J. Arece-García

Estación Experimental de Pastos y Forrajes “Indio Hatuey”, Universidad de MatanzasMatanzas, Cuba
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Arece-García, J.
 et 
G. Torres-Hernández

G. Torres-Hernández

Colegio de Postgraduados-Campus MontecilloMontecillo, México
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Torres-Hernández, G.
  
08 juin 2021
Physiological, immunological and genetic factors in the resistance and susceptibility to gastrointestinal nematodes of sheep in the peripartum period: A review's Cover Image
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Catégorie d'article: Review
Publié en ligne: 08 juin 2021
Pages: 134 - 151
Reçu: 09 sept. 2020
Accepté: 10 févr. 2021
DOI: https://doi.org/10.2478/helm-2021-0020
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© 2021 R. González-Garduño, J. Arece-García, G. Torres-Hernández, published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Fig. 1

Interaction of estrogenic and lactogenic hormones and nematode faecal egg count in the pregnancy and lactation of hair ewes. Elaborated with the information of several authors (Kann and Denamur, 1973; Convey, 1974; Ranilla et al., 1994; González-Garduño et al., 2014; Miura et al., 2019).
Interaction of estrogenic and lactogenic hormones and nematode faecal egg count in the pregnancy and lactation of hair ewes. Elaborated with the information of several authors (Kann and Denamur, 1973; Convey, 1974; Ranilla et al., 1994; González-Garduño et al., 2014; Miura et al., 2019).

References related to peripartum rise in ewes by breed, type of infection and main topic attended, as well as the variable response studied_

Breed N Infection Preg - Lact Topic FEC PV HV Cells Igs Horm Sp Author
Cross 18 Nat Preg-Lact Season X Procter (1968)
Merino 61 Nat -150 to 60 Season X W O'Sullivan and Donald (1970)
Udah 14 Nat FEC X Van Geldorp and Van Veen (1976)
Mules 20 Nat -42 to 42 FEC X W,I Hg,P W Thomas and Ali (1983)
Florida Native, SC, Barbados, Ram, FD 64 Nat -21 to 56 R-S X Courtney et al. (1984)
Florida Native 76 Nat -21 to 70 R-S X H Courtney et al. (1986)
Merino 70 Nat - Season X L3 Gibbs and Barger (1986)
West African Dwarf 40 Nat Preg-Lact Season X W Agyei et al. (1991)
Greyface ewes (BL x SBF) 28 Einf -84 to 21 R-S X A,G,M Pe Jeffcoate et al. (1992)
Merino 395 Nat 0-42 R-S X L3 Woolaston (1992)
Crosses 44 Nat -14 to 21 R-S X Romjali et al. (1997)
Mens, Horro 2786 Nat -60 to 84 Season X Tembely et al. (1998)
Greyface 30 Nat -42 to 42 Nutrition X I P T Al,Pe W Houdijk et al. (2000)
Barki 18 - Preg-Lact Hemat W,P,Hg Al,Ur,Cr El-Sherif and Assad (2001)
Coopworth 96 Nat-Exp -30 a 84 R-S X W,I McAnulty et al. (2001)
SBF 200 Nat Lact Genetic X W,I Min Bishop and Stear (2001)
Hamp, Rom, WF 27 - 0 to 47 Hormonal Lep Mcfadin et al. (2002)
Merino 120 Nat -52 to 97 Nutrition X W,I Kahn et al. (2003)
Dorper 40 Nat NE Season X Ng'ang'a et al. (2004)
BL x NZR 120 Nat -56 to 48 Nutrition X W T,A Xie et al. (2004)
Santa Ines, IDF 22 Nat -150 to 60 R-S X W H,P E L3 Rocha et al. (2004)
Rom x Aragonesa 32 Exp -42 to 21 Nutrition I H,Hg E Lep W Valderrabano et al. (2006)
Martinik 120 Nat -50 to 50 Curve X H Mahieu and Aumont (2007)
Boutsiko, Chio, cross 33 - -18 to 15 Cells Ma,Ne Theodorou et al. (2007)
Mules 72 Exp -56 to 24 Nutrition X W p AI,Ur,Pe Kidane et al. (2009)
Merino 128 Exp -50 to 42 R-S X E,W,T T,G, W Beasley et al. (2010)
M,A,E
SBF x BFL Exp -24 to 32 Nutrition X W,l AI,Ur,Pe Kidane et al. (2010)
Merino 144 Nat -35 to 21 R-S X L3 Williams et al. (2010b)
Santa Inês, IDF 120 Nat -35 to 49 Nutrition X w H,P E A,G Rocha et al. (2004)
Santa Inês, IDF 120 Exp -35 to 49 Nutrition X w H,P E A,G Rocha et al. (2011)
Merino 2500 Nat 56 to 68 Curve X L3 Goldberg et al. (2012a)
Merino 748 Nat 58 to 68 Genetic Goldberg et al. (2012b)
Merino 83 Exp -50 to 40 Nutrition X E,W,T T Lep W Beasley et al. (2012)
Mules 24 Exp -56 to 31 Nutrition X W,l Pe,Ur,AI Sakkas et al. (2012)
Red Engadine 78 Nat-Exp -13 to 29 Nutrition X L3 Werne et al. (2013)
SC, Dorset x Finnsheep 20 Exp -21 to 21 R-S X H A Bowdridge et al. (2013)
x Ram
Texel 10 No infection -42 to 14 Hormonal H,P,Hg Al, Ur,Ch Zárate Frutos et al. (2014)
Katahdin x Pelibuey 46 Nat -150 to 90 Sel-Treat X w H Gonzàlez-Garduño et al. (2014)
Col creole, Romney, Hamp, Corriedale 43 Nat -150 to 60 Drug X w Vargas-Duarte et al. (2015)
Santa Inès 45 Nat Nutrition X H,P,Hg W David et al. (2015)
Texel 72 Nat -75 to 50 Immun X w A,G Nisbet et al. (2016)
Criollo, Suffolk 53 Exp -28 to 42 R-S X w H E Romero-Escobedo et al. (2016)
Pelibuey 54 Nat 0-75 Sel-Treat X H Arece-García et al. (2017)
Katahdin 931 Nat -20 to 80 Curve X Notter et al. (2017)
Not specified 240 Nat 0 to 90 Sel-Treat X L3 Westers et al. (2017)
Blackbelly 25 Nat -150 to 90 R-S X H,P E A L3 Gonzalez-Garduno et al. (2017)
Bergamasca 70 Nat Nut-Imm H, T Basseto et al. (2018)
Blackbelly 51 Nat -150 to 90 R-S E,W A L3 Gonzalez-Garduno et al. (2018)
Exlana 112 Nat Peak R-S X Vineer et al. (2019)
Texel, IDF 36 Nat -28 to 56 R-S X W H,P Gasparina et al. (2019)
Mule, Cheviot, SBF, Texel 1750 Nat Preg-Lact Season X L3 Hamer et al. (2019)
Crioula Lanada 18 Nat -30 to 120 R-S X W H,P E G L3 Pereira et al. (2020)
German Blackhead 23 Nat -30 to 30 Citometry X E,W Cor,min Ahmed et al. (2020)
Pelibuey 91 Nat 0 to 75 Sel-Treat X W Aguirre-Serrano et al. (2020)
Langue:
Anglais
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Sujets de la revue:
Sciences de la vie, Zoologie, Écologie, Sciences de la vie, autres, Médecine, Médecine clinique, Microbiologie, virologie et epidémiologie des infections
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