12-Title: Biochemical attributes in repeat breeder Mehsana buffaloes

Authors: FM Kapadiya, AI Dadawala, PP Makwana, NB Bhati, TP Patel and TV Sutariya

Source: Ruminant Science (2020)-9(1):59-61.

How to cite this manuscript: Kapadiya FM, Dadawala AI, Makwana PP, Bhati NB, Patel TP and Sutariya TV (2020). Biochemical attributes in repeat breeder Mehsana buffaloes. Ruminant Science 9(1):59-61.

Abstract

The biochemical attributes in the present investigation showed noticeable changes in inorganic phosphorus levels which were comparatively higher in Groups-I treated intra-uterine route once only with 4 gm Cephalexin powder and Groups-II treated with Ciprofloxacin 125 mg+Tinidazole 150 mg each dissolved in 60 ml of distilled water as compared to untreated control Group-III no treatment was advocated, whereas calcium levels were not affected significantly. The differences in blood plasma levels of progesterone were significantly higher on 24th day of oestrus cycle in Groups-I and II while significant differences were observed among all days of oestrus cycle between Group-I and Group-III except on the day of oestrus and 3rd day of the oestrus cycle. Inorganic phosphorus and progesterone were significantly low in repeat breeding Mehsana buffaloes which were indicative of non-infectious causative factors for repeat breeding condition and which need addition.

References

Ahmed WM, El-khadrawy HH, Emtenan MH, Amal HA and Shalaby SA (2010). Clinical perspective of repeat breeding syndrome in buffaloes. Journal of American Science 6(11):661-666.

Akhtar MS, Farooq AA, AkbarLodhi L, Muhammad SA, Ayaz MM, Lashari MH, Murtaza S, Hussain I, Irshad M, Hussain M and Raza MA (2014). Studies on serum macro and micro minerals status in repeat breeder and normal cyclic Nili-Ravi buffaloes and their treatment strategies. African Journal of Biotechnology 13(10):1143-1146

Bhaskaran B and Abdullakhan CK (1981). Role of blood serum inorganic phosphorus in post parturient anoestrous cows. Livestock Adviser 9:33-36.

Carnegie JA and Tsang BK (1984). The calcium calmodulin system; participation in the regulation of steroidogenesis activity at different stages of granulose cell differentiation. Biology of Reproduction 30:515-522.

Dhami AJ, Lukum PD, Oatel PM, Panchal MT and Kavani FS (2005). Blood biochemical profile in relation to age and reproductive status of Holstein Friesian cattle reared under tropical climate. Indian Journal of Animal Reproduction 26(1):34-38.

Gupta J, Dabas YPS, Lakhchaura BD and Maurya SN (1998). Estradiol 17 b and progesterone profile in repeat breeding cattle. Indian Journal of Animal Reproduction 19(2):126-128.

Hidiroglou M (1979). Trace element deficiencies and fertility in ruminants: A review. Journal of Dairy Science 62(8):1195-1206.

Jayanthi N, Chellapandian M and Balachandran S (2003). Blood biochemical profile of repeat breeding cows in Tirunelveli region of Tamilnadu. Indian Veterinary Journal 80:939-940.

Kumar R, Butani MG, Dhami AJ, Kavani FS and Shah RG (2009). Effect of different therapies on fertility and serum progesterone, metabolites and minerals profile in repeat breeding crossbred cows. Indian Journal of Field Veterinarian 5(2):1-8. 

Lukaszeswka J and Hansel W (1980). Corpus luteum maintenance during early pregnancy in the cows. Journal of Reproduction and Fertility 59:485-493.

Moddie EW (1965). Hypoglycaemia and hypomagnesaemia. British Veterinary Journal 121:338-349.

Mudgal Vishal, Gupta Vishnu Kumar, Srivastava Shalini and Ganai Ajaz Ahmed (2012). Effect of species variation on level of different trace elements in the serum of anoestrus cattle. Ruminant Science 1(2):1-7.

Mudgal Vishal, Gupta Vishnu Kumar and Srivastava Shalini (2016). Serum trace mineral status of anoestrus buffaloes under farm condition. Ruminant Science 5(1):59-62.

Perveen S and Usmani RH (1993). Peripartum profiles of certain haematological and biochemical parameters in normally calving buffaloes. Journal of Animal Health and Production 12-13:55-60.

Sharma RK and Chawla PS (1995). Role of minerals in reproduction. Veterinarian 19 (5):8-9.

Sharma S, Nigam R, Pandey V, Ghuman SS and Singh P. (2015) Circulating levels of estradiol 17-beta and progesterone vis à vis nitric oxide and nitric oxide syntheses at and around oestrus in cycling buffaloes, Journal of Applied Animal Research 43:2, 214-217.

Shelar RR, Deopurkar VL, Bakshi S, Chinchkar SR and Gulavane SU (2006). Serum progesterone profile in repeat breeding cows and its effects on fertility. XXII Annual Convention of ISSAR and National Symposium 10-12 November, Veterinary College Mhow pp 121-122.

Snedecor GW and Cocharan WG (1994). Statistical Methods. Edn 8th, Affiliated East-West Press, New Delhi, India.

Sreenan JM and Diskin MG (1985). The extent and timing of embryonic mortality in the cow.  In: Embryonic Mortality in Farm Animals. Eds: JM Sreenan and GM Diskin, Martinus Nijhoff, Dordrecht pp 1-11.

Yadav KVS, Ansari MR and Kumaresan A (2006). Profile of macro, microelement, total protein and cholesterol in serum of cyclic and acyclic Murrah buffaloes. Indian Journal of Veterinary Research 15(2):0971-4251.