Fertility rate of short-term progestagen pretreated ewes in relation to breed: A field study

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Опубликован: Jan 29, 2018
DOI: https://doi.org/10.12681/jhvms.15554
S. PAPADOPOULOS
Department of Agricultural Technologists, Division of Animal Production, Technological Educational Institution (T.E.I.) of Thessaly
C. DELIGIANNIS
Department of Agricultural Technologists, Division of Animal Production, Technological Educational Institution (T.E.I.) of Thessaly
E. K. THEODOSIADOU
Faculty of Veterinary Medicine, University of Thessaly
D. KANTAS
Department of Agricultural Technologists, Division of Animal Production, Technological Educational Institution (T.E.I.) of Thessaly
TH. LAINAS
-0-
P. GOULAS
Department of Agricultural Technologists, Division of Animal Production, Technological Educational Institution (T.E.I.) of Thessaly
G. C. FTHENAKIS
Faculty of Veterinary Medicine, University of Thessaly
I. VALASI
Faculty of Veterinary Medicine, University of Thessaly
Аннотация

The effect of short-term instead of long-term progestagen treatment on fertility of Karagouniko and Chios ewes, after natural mating or artificial insemination, was investigated. Two experiments were performed during the transition period from anοestrous to the breeding season. In the 1st experiment (natural mating, NM), Karagouniko and Chios ewes were randomly allocated into 3 groups, that were KLM (long-term progestagen treatment; n=35), KSM (short-term progestagen treatment; n=34), KSP (short-term progestagen treatment; prostaglandin; n=35) and CLM (n=40), CSM (n=35), CSP (n=38), respectively. In the 2nd experiment (intracervical artificial insemination, AI) Karagouniko and Chios ewes were randomly allocated into 3 groups, that were KLA (long-term progestagen treatment; AI at 54h; n=50), KSA1 (short-term progestagen treatment; AI at 54h; n=20), KSA2 (short-term progestagen treatment; AI at 48h; n=28) and CLA (n=40), CSA1 (n=16), CSA2 (n=20), respectively. At sponges’ removal (d0) all ewes received 400 IU eCG. Ten rams served NM, while for AI fresh diluted semen was used. Pregnancy diagnosis was performed, 45-50 days later. Ιn the 1st experiment, blood samples were collected, daily for 5 days, starting on d0, for serum progesterone assessment. Conception rate in Karagouniko ewes after NM was higher (P<0.05) in KSM (35.29%) compared to KLM (17.14%) group, but did not differ with KSP (28.57%) group, while after AI it was higher (P<0.05) in KLA (42.00%) or KSA1 (40.00%) compared to KSA2 (14.29%) group. In Chios ewes no significant differences were observed between groups either after NM [CLM (45.00%), CSM (36.84%), CSP (34.29%)] or after AI [CSA1 (50.00%), CSA2 (50.00%), CLA (45.00%)]. No significant differences were observed after NM or after AI in the litter size in both breeds. These results indicate that short-term progestagen treatment for oestrus synchronization could be applied in indigenous Greek sheep breeds, resulting in equal (Chios) or improved fertility (Karagouniko) than the common long-term one. Also, the fertility rate in ewes subjected to short-term progestagen treatment depends on the time of AI in relation to breed.

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