Ripened Semihard Cheese Covered with Lard and Dehydrated Rosemary ( <i>Rosmarinus officinalis</i> L.) Leaves: Processing, Characterization, and Quality Traits
Marina Tolentino Marinho, Acácio Antônio Ferreira Zielinski, Ivo Mottin Demiate, Luciano dos Santos Bersot, Daniel Granato, Alessandro Nogueira
Journal of Food Science
Abstract
This study aimed to establish a manufacturing protocol and to characterize semihard cheese covered with lard and rosemary during ripening. After the manufacturing protocol was defined, the cheeses were produced with pasteurized and raw milk from Holstein cows, with and without (control) coating, and then ripened for 60 d. During this period the physicochemical properties, color, proteolysis, texture profile, and sensory acceptance were performed. The early-ripening cheeses differed from the others in terms of color and moisture content. Multivariate statistical analysis separated chesses in groups differentiated by the effects of heat treatment of milk and ripening period. The ripened cheeses obtained from raw milk were sensorially more preferred. The coating gave the final products higher moisture content and favored color and texture characteristics. Consumer testing showed that the cheese obtained from raw milk and coated with lard and rosemary was the most preferred (acceptance of 82%) due to the specific coating of rosemary (aroma and flavor). This product has potential to add value and to diversify the production of semihard cheeses.
Extracted Claims
5 claims extracted from this paper into the knowledge graph
raw milk results in higher sensory preference
“The ripened cheeses obtained from raw milk were sensorially more preferred.”
semihard cheese covered with lard and rosemary
“This study aimed to establish a manufacturing protocol and to characterize semihard cheese covered with lard and rosemary during ripening.”
ripening affects physicochemical properties, color, proteolysis, texture profile, and sensory acceptance
“During this period the physicochemical properties, color, proteolysis, texture profile, and sensory acceptance were performed.”