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Publication Date: 2011-06-17
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Uribe Velásquez, L. F. ., Gutiérrez Toro, C. ., Carreño Ortiz, E. E. ., Izquierdo Jiménez, J. H. ., Lenz Souza, M. I. ., & Ángel Botero, S. . (2011). Re-use of intravaginal progesterone devices (CIDR) associated with the short-term protocol in goats. Revista Veterinaria Y Zootecnia (On Line), 5(1), 39–46. Retrieved from https://revistasojs.ucaldas.edu.co/index.php/vetzootec/article/view/4478
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Abstract
ABSTRACT: The effect of the so-called Short-Term Protocol (6 to 9 day progesterone treatment + eCG) on oestrous, progesterone plasma concentration and fertility was studied in goats (SRD). Females were subjected to estrous synchronization protocols with a re-use of intravaginal progesterone devices (CIDR) with 0.3 g of progesterone. The goats were randomly in three treatments (n=9/group); T1 (CIDR - 6d), T2 (CIDR - 9d) and T3 (CIDR - 13d). At dispositive withdrawal was administrated 500 UI intramuscular injection of eCG (equine chorionic gonadotropine). Blood samples by jugular venopunture for progesterone (P4 ) plasma concentration determination were collected in four moments: collect 1 (CIDR insert); collect 2 (CIDR withdrawal); collect 3 (estrous day) and collect 4 (at day 21 after natural service). The variables were evaluated with the variance analysis under GLM procedures of statistical package SAS. Goats were checked for oestrous. The onset of the synchronized estrous after removal CIDR did not show differences (P>0.05) and the interval were longer in T1 (94.74±82,60 h) than T2(55.19±28.27 h) and T3(52.89±29.66 h). No significant differences were observed in pregnancy rate (number pregnant goats/number goats treated) with results of 66.67; 44.44 and 44.44% for T1, T2 and T3, respectively. In summary, the results of this study show that the re-use of the devices, associated with the short-term protocol for 6 or 9 days is possible in goats (SRD) in tropical environment conditions of Colombia.
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References
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Martemucci, G.; D´Alessandro, A.G.D. Synchronization of oestrus and ovulation by short time combined FGA, PGF2α, GnRH, eCG treatments for natural service or AI fixed-time. Animal Reproduction Science, v.123, p.32- 39, 2011.
Menchaca, A.; Miller, A.; Salveraglio, V.; Rubianes, E. Endocrine, luteal and folicular responses after the use of the Short-Term Protocol to synchronize ovulation in goats. Animal Reproduction Science, v.102, p.76-87, 2007.
Menchaca, A.; Rubianes, E. Effect of high progesterone concentrations during the early luteal phase on the length of the ovulatory cycle of goats. Animal Reproduction Science, v.68, p.69-76, 2001.
________. Relation between progesterone concentrations during early phase and follicular dynamic in goats. Theriogenology, v.57, p.1411-1419, 2002.
________. New treatment associated with timed artificial insemination in small ruminants. Reproduction Fertility Development, v.16, p.403-413, 2004.
Ritar, A.J. Control of ovulation, storage of semen, and artificial insemination of fibre-producing goats in Australia. Australian Journal of Experimental Agriculture, v.33, p.807-820, 1993.
Rondina, D. Effect of nutritional state on quantitative and qualitative development of ovarian preantral follicles in does SRD (Capra hircus L.). Florence, Italia: University of Florence, 1998. Tesis (Ph en Ciencias). Rubianes, E. Avances en el conocimiento de la fisiología ovárica de los pequeños rumiantes y su aplicación para el manejo reproductivo. Actas de Fisiología, v.6, p.93-103, 2000.
Rubianes, E.; De Castro, T.; Carbajal, B. Effect of high progesterone levels during the growing phase of the dominant follicle of wave 1 in ultrasonically monitored ewes. Canadian Journal of Animal Science, v.76, p.473-475, 1996.
Rubianes, E.; De Castro, T.; Kmaid, S. Estrous response after a short progesterone priming in seasonally anestrous goats. Theriogenology, v.49, p.356, 1998.
Rubianes, E.; Menchaca, A. The pattern and manipulation of ovarian follicular growth in goats. Animal Reproduction Science, v.78, p.271-287, 2003.
Safdarian, M.; Kafi, M.; Hashemi, M. Reproductive performance of karakul ewes following different oestrous synchronization treatment outside the natural breeding season. South African Journal of Animal Science, v.36, p.229-234, 2006.
Ungerfeld, R.; Rubianes, E. Efectiveness of shortterm progestogen priming for the induction of fertile oestrus with eCG in ewes during late seasonal anoestrus. Animal Science, v.68, p.349-353, 1999.
Uribe, L.F.; Alves, C.A. Diagnóstico precoz de preñez en cabras mediante la medición de progesterona sérica por radioinmunoensayo (RIA). Revista Veterinaria y Zootecnia, v.8, p.15-18, 1995.
Uribe-Velásquez, L.F.; Oba, E.; Souza, M.I.L. Población folicular y concentraciones plasmáticas de progesterona en ovejas sometidas a diferentes protocolos de sincronización. Archivos de Medicina Veterinaria, v.40, p.83-88, 2008.
Uribe-Velásquez, L.F.; Souza, M.I.L.; Osorio, J.H. Ovarian response of goats submitted to implants of progesterone followed by administration of equine corionic gonadotrophin. Revista Brasileira de Zootecnia, v.39, n.6, p.1214- 1222, 2010.
Vilariño, M.; Rubianes, E.; Menchaca, A. Re-use of intravaginal progesterone devices associated with the Short-term Protocol for timed artificial insemination in goats. Theriogenology, v.75, p.1195-1200, 2011.
Vilariño, M.; Rubianes, E.; Van Lier, E.; Menchaca, A. Serum progesterone concentrations, folicular development and time of ovulation using a new progesterone releasing device (DICOR) in sheep. Small Ruminant Research, v.91, p.219-224, 2010.
Viñoles, C.; Banchero, G.; Quadrelli, R.; Rubianes, E. Fertilidad del celo inducido con tratamientos de diferente duración con esponjas de medroxiprogesterona. In: 3er Simposio Internacional de Reproducción Animal, Córdoba, Argentina, 1999. p.144.
Viñoles, C.; Forsberg, M.; Banchero, G.; Rubianes, E. Effect of long-term and short-term progestagen treatment on folicular development and pregnancy rate in cyclic ewes. Theriogenology, v.55, p.993-1004, 2001.
Carmenate, C.; Pedroso, R.; González, N.; Arencibia, J.; Álvarez, T. Diagnóstico de preñez en cabras mediante la dosificación de progesterona. Revista Cubana de Reproducción Animal, v.17-18, p.93-100, 1992.
Farfán, J.; Forero, J.; Grajales, H.; Neira, J. Effect of two different treatments with progestagens on heat synchronization in colombian creole sheep. In: Symposium on Reproduction in Small Ruminants, Colonia del Sacramento, Uruguay, 2004. p.506.
Fowler, D.G.; Wilkins, J.G. Diagnosis of pregnacy and number of fetuses in sheep by real-time ultrasound imaging 1. Effects of number of fetuses, stage of gestation, operator and breed of ewe on accuracy of diagnosis. Livestock Production Science, v.11, p.137-450, 1984.
Freitas, V.J.F.; Rondina, D.; Lopes Junior, E.S.; Teixeira, D.I.A.; Paula, N.R.O. Hormonal treatments for the synchronization of oestrus in dairy goats raised in the tropics. Reproduction Fertility and Development, v.16, p.415-420, 2004.
González de Bulnes, A.; Veiga-López, A.; García, P.; García-García, R.M.; Ariznavarreta, C.; Sánchez, M.A.; Tresguerres, J.A.F.; Cocero, M.J.; Flores, J.M. Effects of progestagens and prostaglandin analogues on ovarian function and embryo viability in sheep. Theriogenology, v.63, p.2523-2534, 2005.
Latour, D.; Littell, R. Advanced general linear models with an emphasis on mixed models. Version 6.12. Cary: Statistical Analysis System Institute, 1996. 268p.
Letelier, C.A.; Contreras-Solis, I.; García-Fernández, R.A.; Ariznavarreta, C.; Tresguerres, J.A.F.; Flores, J.M. et al. Ovarian folicular dynamics and plasma steroid concentration are not significantly different in ewes given intravaginal sponges containing either 20 or 40 mg of fluorogestone acetate. Theriogenology, v.71, p.676-682, 2009.
Martemucci, G.; D´Alessandro, A.G.D. Synchronization of oestrus and ovulation by short time combined FGA, PGF2α, GnRH, eCG treatments for natural service or AI fixed-time. Animal Reproduction Science, v.123, p.32- 39, 2011.
Menchaca, A.; Miller, A.; Salveraglio, V.; Rubianes, E. Endocrine, luteal and folicular responses after the use of the Short-Term Protocol to synchronize ovulation in goats. Animal Reproduction Science, v.102, p.76-87, 2007.
Menchaca, A.; Rubianes, E. Effect of high progesterone concentrations during the early luteal phase on the length of the ovulatory cycle of goats. Animal Reproduction Science, v.68, p.69-76, 2001.
________. Relation between progesterone concentrations during early phase and follicular dynamic in goats. Theriogenology, v.57, p.1411-1419, 2002.
________. New treatment associated with timed artificial insemination in small ruminants. Reproduction Fertility Development, v.16, p.403-413, 2004.
Ritar, A.J. Control of ovulation, storage of semen, and artificial insemination of fibre-producing goats in Australia. Australian Journal of Experimental Agriculture, v.33, p.807-820, 1993.
Rondina, D. Effect of nutritional state on quantitative and qualitative development of ovarian preantral follicles in does SRD (Capra hircus L.). Florence, Italia: University of Florence, 1998. Tesis (Ph en Ciencias). Rubianes, E. Avances en el conocimiento de la fisiología ovárica de los pequeños rumiantes y su aplicación para el manejo reproductivo. Actas de Fisiología, v.6, p.93-103, 2000.
Rubianes, E.; De Castro, T.; Carbajal, B. Effect of high progesterone levels during the growing phase of the dominant follicle of wave 1 in ultrasonically monitored ewes. Canadian Journal of Animal Science, v.76, p.473-475, 1996.
Rubianes, E.; De Castro, T.; Kmaid, S. Estrous response after a short progesterone priming in seasonally anestrous goats. Theriogenology, v.49, p.356, 1998.
Rubianes, E.; Menchaca, A. The pattern and manipulation of ovarian follicular growth in goats. Animal Reproduction Science, v.78, p.271-287, 2003.
Safdarian, M.; Kafi, M.; Hashemi, M. Reproductive performance of karakul ewes following different oestrous synchronization treatment outside the natural breeding season. South African Journal of Animal Science, v.36, p.229-234, 2006.
Ungerfeld, R.; Rubianes, E. Efectiveness of shortterm progestogen priming for the induction of fertile oestrus with eCG in ewes during late seasonal anoestrus. Animal Science, v.68, p.349-353, 1999.
Uribe, L.F.; Alves, C.A. Diagnóstico precoz de preñez en cabras mediante la medición de progesterona sérica por radioinmunoensayo (RIA). Revista Veterinaria y Zootecnia, v.8, p.15-18, 1995.
Uribe-Velásquez, L.F.; Oba, E.; Souza, M.I.L. Población folicular y concentraciones plasmáticas de progesterona en ovejas sometidas a diferentes protocolos de sincronización. Archivos de Medicina Veterinaria, v.40, p.83-88, 2008.
Uribe-Velásquez, L.F.; Souza, M.I.L.; Osorio, J.H. Ovarian response of goats submitted to implants of progesterone followed by administration of equine corionic gonadotrophin. Revista Brasileira de Zootecnia, v.39, n.6, p.1214- 1222, 2010.
Vilariño, M.; Rubianes, E.; Menchaca, A. Re-use of intravaginal progesterone devices associated with the Short-term Protocol for timed artificial insemination in goats. Theriogenology, v.75, p.1195-1200, 2011.
Vilariño, M.; Rubianes, E.; Van Lier, E.; Menchaca, A. Serum progesterone concentrations, folicular development and time of ovulation using a new progesterone releasing device (DICOR) in sheep. Small Ruminant Research, v.91, p.219-224, 2010.
Viñoles, C.; Banchero, G.; Quadrelli, R.; Rubianes, E. Fertilidad del celo inducido con tratamientos de diferente duración con esponjas de medroxiprogesterona. In: 3er Simposio Internacional de Reproducción Animal, Córdoba, Argentina, 1999. p.144.
Viñoles, C.; Forsberg, M.; Banchero, G.; Rubianes, E. Effect of long-term and short-term progestagen treatment on folicular development and pregnancy rate in cyclic ewes. Theriogenology, v.55, p.993-1004, 2001.
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