This diploma thesis studies the utilization of whey using thermophilic bacteria of the genus Thermus and Geobacillus. The whey stripped off proteins was used as a cultivation medium during experiments. The cultivation took place in the Erlenmeyer flasks, to assess the optimal conditions for microrganism’s growth. During the cultivation in the bioreactor, growth curves were established. The amount of whey utilization was assessed by analytical methods that determine the concentration of reducing saccharides (lactose) and chemical oxygen demand (COD) while studying the optimal conditions and a method determining the concentration of reducing saccharides during growth curves analysis
The object of the dissertation was the monitoring of the quantity of the yogurt culture microbes Lac...
Abstract To reduce the thermophilic spore formers in milk powder, it is essential to study the p...
In batch fermentation of whey, selection of suitable species at desired conditions such as substrate...
This thesis deals with the possibilities of biodegradation of whey by the means of a mixed thermophi...
This diploma thesis deals with the biodegradation of whey on selected microbial products (carbohydra...
The diploma thesis deals with the growth of biomass and production of selected metabolit–lactic acid...
The master’s thesis discusses the comparison of microbial metabolic production from waste and powder...
The submitted master thesis deals with assessment of the possibility of using of cheese whey for bio...
The aim of this work was focused on study of influence of cultivation conditions on growth of thermo...
The plant cell wall consists of several layers: cellulose, hemicellulose, lignin and pectin. These b...
Whey, a by-product of the cheese industry usually disposed as waste, is a source of biological and f...
The aim of this Bachelor thesis was study of the growth and production of selected metabolites of mi...
In its theoretical part, the bachelor thesis deals with the whey, microorganisms and their metabolic...
Cultures of Streptococcus thermophilus and Lactobacillus delbrueckii subsp. bulgaricus were studied ...
Sirutka je nutritivno visoko vrijedan napitak koji je nedovoljno iskorišten u prehrani ljudi. Fermen...
The object of the dissertation was the monitoring of the quantity of the yogurt culture microbes Lac...
Abstract To reduce the thermophilic spore formers in milk powder, it is essential to study the p...
In batch fermentation of whey, selection of suitable species at desired conditions such as substrate...
This thesis deals with the possibilities of biodegradation of whey by the means of a mixed thermophi...
This diploma thesis deals with the biodegradation of whey on selected microbial products (carbohydra...
The diploma thesis deals with the growth of biomass and production of selected metabolit–lactic acid...
The master’s thesis discusses the comparison of microbial metabolic production from waste and powder...
The submitted master thesis deals with assessment of the possibility of using of cheese whey for bio...
The aim of this work was focused on study of influence of cultivation conditions on growth of thermo...
The plant cell wall consists of several layers: cellulose, hemicellulose, lignin and pectin. These b...
Whey, a by-product of the cheese industry usually disposed as waste, is a source of biological and f...
The aim of this Bachelor thesis was study of the growth and production of selected metabolites of mi...
In its theoretical part, the bachelor thesis deals with the whey, microorganisms and their metabolic...
Cultures of Streptococcus thermophilus and Lactobacillus delbrueckii subsp. bulgaricus were studied ...
Sirutka je nutritivno visoko vrijedan napitak koji je nedovoljno iskorišten u prehrani ljudi. Fermen...
The object of the dissertation was the monitoring of the quantity of the yogurt culture microbes Lac...
Abstract To reduce the thermophilic spore formers in milk powder, it is essential to study the p...
In batch fermentation of whey, selection of suitable species at desired conditions such as substrate...