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Stress in animal is a condition of nonspesific discomfort which cause of non-specific immune defects,failure of reproduction, and decreased of meat carcass until the death of animals. To determine stress ofcattle, it will be invented stress detector using a non-invasive method based on the spectroscopy FourierTransform Infrared (FTIR). Basically, FTIR will detect component in compound of cathecolamine andcortisol as ketone (= O) and methyl (= CH 3). Furthermore, each group of components will be detected indifferent of absorbant and wavelength. The results showed that average level of cortisol in female beefcattle durimg resting eriod was 38,48±21,53 ng/dL, on time of slaughtering were 116,88±112,59 ng/dL. Forbull, which were resting 20,42±9,25 ng/dL; when animal was slaughtered level of cortisol was 67,61±41,62ng/dL. Using FTIR, it was showed that compound of metil was absorbed well. Animals with udder stresscondition have been recorded on the wave lenght of 2777-3456 nm. It has been concluded level of cortisolon cattle which were resting is significantly different from animal which were slaughtering P(< 0.05),where cortisol would increase drastically. Using Calibration of FTIR indicated resting animals only havefewer value of absorbance than animals which slaughtered. FTIR is a very prospect method for makingstress indicator.
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ASTUTI, Pudji et al. Fourier Transform Infrared Sebagai Metode Alternatif Penetapan Tingkat Stres pada Sapi (FOURIER TRANSFORM INFRARED AS AN ALTERNATIVE TOOL FOR DETERMINING OF STRESS IN COW). Jurnal Veteriner, [S.l.], v. 15, n. 1, p. 57-63, may 2014. ISSN 2477-5665. Available at: <https://ojs.unud.ac.id/index.php/jvet/article/view/8789>. Date accessed: 28 nov. 2020.
cortisol, FTIR, stress, resting period, ELISA
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