A total of 18 Italian Mediterranean buffalo cows were subjected to fortnightly milk sampling from May to July 2022. Air temperature and relative humidity were monitored throughout the trial. Temperature-humidity index (THI) was calculated and ranged from 69 to 79, so that 3 classes were set to study the effect of different THI on milk quality: THI less than 72 (THI<72), THI ranging from 72 to 76 (THI72-76), and THI over 76 (THI>76). Individual milk samples from buffalo cows were analyzed for milk composition and coagulation traits, fatty acid and amino acid composition, and enzymatic and mineral profiles. The THI>76 class registered higher lactose content and poorer milk clot characteristics in comparison with THI<72. Exposure to a THI over 76 resulted in increased SFA and short-chain fatty acid contents in milk, index values and the lowest essential amino acid content. lenium contents were found in the milk of buffalo cows exposed to a THI over 72. Results confirm that Italian tolerance, even though exposure to a daily THI over 76 has a deleterious effect on some nutritional and technological properties of milk.

Milk quality of Italian Mediterranean buffalo as affected by temperature-humidity index during late spring and summer

Albenzio, M.;Santillo, A.
;
d'Angelo, F.;di Corcia, M.;Ciliberti, M. G.;Marino, R.;Caroprese, M.;della Malva, A.;Sevi, A.
2024-01-01

Abstract

A total of 18 Italian Mediterranean buffalo cows were subjected to fortnightly milk sampling from May to July 2022. Air temperature and relative humidity were monitored throughout the trial. Temperature-humidity index (THI) was calculated and ranged from 69 to 79, so that 3 classes were set to study the effect of different THI on milk quality: THI less than 72 (THI<72), THI ranging from 72 to 76 (THI72-76), and THI over 76 (THI>76). Individual milk samples from buffalo cows were analyzed for milk composition and coagulation traits, fatty acid and amino acid composition, and enzymatic and mineral profiles. The THI>76 class registered higher lactose content and poorer milk clot characteristics in comparison with THI<72. Exposure to a THI over 76 resulted in increased SFA and short-chain fatty acid contents in milk, index values and the lowest essential amino acid content. lenium contents were found in the milk of buffalo cows exposed to a THI over 72. Results confirm that Italian tolerance, even though exposure to a daily THI over 76 has a deleterious effect on some nutritional and technological properties of milk.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11369/461630
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