Zlatan Sarić
University of Sarajevo
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Featured researches published by Zlatan Sarić.
Journal of Central European Agriculture | 2016
Samir Kalit; Anto Matić; Krešimir Salajpal; Zlatan Sarić; Milna Tudor Kalit
Livanjski cheese belongs to the group of hard cheeses which is traditionally produced in Livno (Bosnia and Herzegovina). Proteolytic changes during the ripening of Livanjski cheese have not been investigated extensively. The aim of this paper was to determine its proteolytic changes during the different stages of ripening. Five Livanjski cheeses (from raw cow’s or a mixture of sheep’s and cow’s milk) were observed during the ripening to evaluate its typical proteolytic profile. An electophoretic profile of Livanjski cheese was determined by Urea-polyacrylamide gel electrophoresis (urea-PAGE) and a densitometric evaluation of the urea-PAGE gels was performed using a densitometer. The water-soluble nitrogen fraction in the total nitrogen (WSN %TN) and the 12%-TCA-soluble nitrogen fraction in the total nitrogen (TCA-SN %TN) of the cheese were determined using the Kjeldahl method. Degradation of αs1-casein by chymosin caused a significant decrease (P < 0.05) of relative content of this protein in Livanjski cheese at the sixth week point of ripening. Due to the activity of chymosin on αs1-casein, αs1-I-casein and αs1-II-casein developed, which caused a significant increase (P < 0.05) of Index alpha. The relative ratio of β-casein significantly decreased (P < 0.05) during ripening leading to a significant accumulation (P < 0.05) of degraded product (sum γ1-casein, γ2-casein and γ3-casein). These proteolytic changes caused a significant increase (P < 0.05) of Index betta. Accumulation of medium, small peptides and amino acids caused a significant (P < 0.05) increase of the relative content of WSN %TN and TCA-SN %TN. In general, proteolysis of Livanjski cheese during ripening was moderate probably due to the low moisture content and low water activity, although it was produced from raw milk. Taking into account that the ratio β-casein : αs1-casein at the end of ripening was 1.46, it could be concluded that degradation of αs1-casein could be the indicator of the maturity of Livanjski cheese. Due to that Livanjski cheese could be classified as “α-type of ripening” cheese.
Croatian journal of food science and technology | 2011
Ibrahim Mujić; Edina Šertović; Stela Jokić; Zlatan Sarić; Vildana Alibabić; Senka Vidović; Jelena Živković
Mljekarstvo | 2003
Zlatan Sarić; Sonja Bijeljac
Mljekarstvo | 2014
Anto Matić; Samir Kalit; Krešimir Salajpal; Stanko Ivanković; Zlatan Sarić
Romanian Biotechnological Letters | 2012
Edina Šertović; Ibrahim Mujić; Stela Jokić; Vildana Alibabić; Zlatan Sarić
Mljekarstvo : journal for dairy production and processing improvement | 2011
Amina Hrković; Aida Hodžić; Zlatan Sarić; Muhidin Hamamdžić; Mensur Vegara; Ermin Šaljić; Eva Juhas-Pašić
Mljekarstvo | 2011
Amina Hrković; Aida Hodžić; Zlatan Sarić; Muhidin Hamamdžić; Mensur Vegara; Ermin Šaljić; Eva Juhas-Pašić
Mljekarstvo | 2003
Sonja Bijelac; Zlatan Sarić; Marko Stanišić
Krmiva : Časopis o hranidbi životinja, proizvodnji i tehnologiji krme | 2017
Amina Hrkovic-Porobija; Aida Hodzic; Cazim Crnkic; Zlatan Sarić; Nejra Hadzimusic; Marina Krvavica; Mensur Vegara
Food and Nutrition Sciences | 2017
Amina Hrkovic-Porobija; Aida Hodzic; Roger Abrahamsen; Zlatan Sarić; Cazim Crnkic; Mensur Vegara; Nejra Hadzimusic; Alma Rustempasic