The production of flavor compounds by fermentation processes has been investigated for many years. The studies presented in this article deal with one of the first steps of the flavor generation, the lipase-catalyzed hydrolysis of fat. The production of a cheese flavor concentrate has been studied. The fermentation system consisted of different lipases and the microorganism Penicillium roquefortii. Free fatty acids liberated by the lipases are precursor for the formation of flavor compounds by the microorganism. Results showing the influence of enzyme concentration, pH-value, temperature, and quality of the emulsion on the kinetics of lipolysis are presented and discussed
Lipolysis catalysed by lipases, native or released by natural microflora in milk, plays a key role i...
This work was aimed at identifying technological steps that can increase fat hydrolysis and volatile...
Utilization of bioflavored fruit drinks, and food articles have been increased in past few decades. ...
The production of cheese aroma concentrates by fermentation processes has been examined for several ...
Enzymatic hydrolysis (lipolysis) of milk glycerides to free fatty acids is essential for flavor deve...
(1) Background: to date, a clear description of the impact of specific enzymes on the enzyme-modifie...
The objective was to study the effect of two fungal lipases (Palatase 200 from Mucor miehei and Pala...
The production of cheese flavours is based on the application of selected microorganisms and/or enzy...
Milk fat is one of the major components of cheese, which occurs as globules surrounded by a thin lay...
Controlling lipolysis in cheese is necessary to ensure the formation of desirable flavor. To get a ...
Abstract During cheese ripening the hydrolytic activities of proteases and lipases are essential to...
Surface microorganisms in surface-ripened cheese, combined with lactic acid bacteria, contribute to ...
Lipolysis is one of tbe main causes of lipid degradation in fat-containing foods. Although lipolytic...
The use of enzymes in flavor generation in food technology is reviewed. In the first part, important...
Under the trade name lipolysed milkfat (LMF), concentrated cheese flavours obtained via enzymatic t...
Lipolysis catalysed by lipases, native or released by natural microflora in milk, plays a key role i...
This work was aimed at identifying technological steps that can increase fat hydrolysis and volatile...
Utilization of bioflavored fruit drinks, and food articles have been increased in past few decades. ...
The production of cheese aroma concentrates by fermentation processes has been examined for several ...
Enzymatic hydrolysis (lipolysis) of milk glycerides to free fatty acids is essential for flavor deve...
(1) Background: to date, a clear description of the impact of specific enzymes on the enzyme-modifie...
The objective was to study the effect of two fungal lipases (Palatase 200 from Mucor miehei and Pala...
The production of cheese flavours is based on the application of selected microorganisms and/or enzy...
Milk fat is one of the major components of cheese, which occurs as globules surrounded by a thin lay...
Controlling lipolysis in cheese is necessary to ensure the formation of desirable flavor. To get a ...
Abstract During cheese ripening the hydrolytic activities of proteases and lipases are essential to...
Surface microorganisms in surface-ripened cheese, combined with lactic acid bacteria, contribute to ...
Lipolysis is one of tbe main causes of lipid degradation in fat-containing foods. Although lipolytic...
The use of enzymes in flavor generation in food technology is reviewed. In the first part, important...
Under the trade name lipolysed milkfat (LMF), concentrated cheese flavours obtained via enzymatic t...
Lipolysis catalysed by lipases, native or released by natural microflora in milk, plays a key role i...
This work was aimed at identifying technological steps that can increase fat hydrolysis and volatile...
Utilization of bioflavored fruit drinks, and food articles have been increased in past few decades. ...