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    Letter to the editor: About the characterization of the genetic variantsF2 and G1 of cow’s milk κ-casein

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    Farrell et al. (2004) reported that both k-casein genetic variants F2 and G1 of cow’s milk arise from a single mutation of k-CN B, whereas in the original paper of Prinzenberg et al. (1996), it was reported that both variants arise from a single mutations of k-CN A: a His (F2) residue for Arg (A) at position 10 and a Cys (G1) residue for Arg (A) at position 97. This is also documented in Formaggioni et al. (1999), Prinzenberg et al. (2008), and Caroli et al. (2009). The latter 2 papers reported a further mutation in G1: an Ile (G1) residue for Thr (A) at position 135

    Influence of milk production conditions on cheese quality.

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    This book provides detailed information on the influence of milk production conditions on cheese quality and cheese ripening; on biochemical reactions that occur during the ripening of the cheese as well as on the microbial population involved in cheese ripening. In particular, the book proposes a review of the main biochemical events that occur during cheese ripening, covering the different aspects related to the enzymatic synthesis of compounds derived from milk fat, their role and importance in cheese flavor and the enzymology and genetics of the main pathway responsible for the catabolism of free amino acids under hostile environmental conditions during cheese ripening. (Imprint: Nova
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