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American Journal of Advanced Medical & Surgical Research

Volume 2, Issue 1, 2016
Mcmed International
American Journal of Advanced Medical & Surgical Research
Issn
XXX-XXXX (Print), XXXX-XXXX (Online)
Frequency
bi-annual
Email
editorajamsr@mcmed.us
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Abstract
Title
HUMID HEAT STRESS RESPONSES IN DOG FROM ARID TRACTS
Author
Sunita Pareek, Satynendra Budania , Mamta Saini, S.S.Singhal, Ashish Joshi, B.S.Saini and Nalini Kataria*
Email
nalinikataria@rediffmail.com
keyword
Antioxidants, arid tract, Humid-hot, Labrador, Oxidative stress.
Abstract
The present investigation was conceded to weigh up humid-heat stress responses in Labrador dogs. Sera were obtained to determine endogenous antioxidants like vitamin E, A, C and glutathione in healthy adult male and female dogs. During moderate ambience sampling, temperature humidity index varied (THI) as 70-72 and during humid-hot,THI varied as 82-84. Upshot displayed significant (pï‚£0.05) shrinking in the values of serum vitamin E, A, C and glutathione during humid-hot ambience as compared to moderate ambience. It indicated depletion of antioxidant status of dogs and signified the development of oxidative stress during humid-hot ambience. Greatest per cent change was observed in the mean value of serum vitamin A. Per cent changes for each parameter were higher respectively in female than male.The present investigation has tried to evaluate the relationship of antioxidants with the oxidative stress. It can be assumed that humid-hot stress yielded the oxidative stress in the dogs. Female animals were affected with greater magnitude than male animals. Interpretation of these variations will help to provide perceptive approach of various hidden mechanisms in the development of oxidative stress. Results undoubtedly demonstrated that besides pathologies, abiotic stressors can also be the factors in the promotion and expansion of oxidative stress. Pets must be supplemented with antioxidants to enhance endogenous antioxidant status to safeguard them from the likelihood of oxidative stress.
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