Abstract The present study aims to evaluate the uniformity of the high intensity ultrasound (US) effects on the quality of beef longissimus dorsi. For this purpose L. dorsi muscles from Hereford carcasses were cut into 2.54 cm thick slices. Each sample was marked into concentric areas of 2 cm wide. Ultrasound (37 kHz and 7 W/cm2) treatment was performed for 60 min using an ultrasonic bath and treated meat was stored at 4 °C for 0 and 7 days. pH values decreased after 7 days of aging at 4 °C with and without ultrasound application (P </div
In this paper, the beef longissimus dorsi muscle was used as experimental material and subjected to ...
WOS: 000350781500008PubMed ID: 25613122This review summarizes the findings of research focused on ul...
WOS: 000350781500008PubMed ID: 25613122This review summarizes the findings of research focused on ul...
Abstract The present study aims to evaluate the uniformity of the high intensity ultrasound (US) ef...
Abstract The present study aims to evaluate the uniformity of the high intensity ultrasound (US) ef...
Tenderness is an important meat quality parameters and the use of high power ultrasound to disrupt m...
The effect of high-intensity ultrasound (HIU) system (bath, 37 kHz and 90 W/cm2; or probe, 24 kHz an...
High-intensity and high-frequency ultrasound was tested for its ability to accelerate meat ageing an...
This aim of this study was to evaluate the effect of high-frequency focused ultrasound (HFFU) on qua...
Tenderness is one of the most important quality parameters of meat and the use of\ua0high power ultr...
This research aimed to evaluate the physicochemical characteristics and their relationship with sens...
High-intensity ultrasound has been reported as a novel technology applied to improve tenderness in b...
This study was conducted to determine the effects of power ultrasound treatments on properties of Lo...
High-intensity ultrasound offers an alternative to traditional methods of food preservation and is r...
With increasing consumer awareness of health and nutrition, the meat processing industry is eager to...
In this paper, the beef longissimus dorsi muscle was used as experimental material and subjected to ...
WOS: 000350781500008PubMed ID: 25613122This review summarizes the findings of research focused on ul...
WOS: 000350781500008PubMed ID: 25613122This review summarizes the findings of research focused on ul...
Abstract The present study aims to evaluate the uniformity of the high intensity ultrasound (US) ef...
Abstract The present study aims to evaluate the uniformity of the high intensity ultrasound (US) ef...
Tenderness is an important meat quality parameters and the use of high power ultrasound to disrupt m...
The effect of high-intensity ultrasound (HIU) system (bath, 37 kHz and 90 W/cm2; or probe, 24 kHz an...
High-intensity and high-frequency ultrasound was tested for its ability to accelerate meat ageing an...
This aim of this study was to evaluate the effect of high-frequency focused ultrasound (HFFU) on qua...
Tenderness is one of the most important quality parameters of meat and the use of\ua0high power ultr...
This research aimed to evaluate the physicochemical characteristics and their relationship with sens...
High-intensity ultrasound has been reported as a novel technology applied to improve tenderness in b...
This study was conducted to determine the effects of power ultrasound treatments on properties of Lo...
High-intensity ultrasound offers an alternative to traditional methods of food preservation and is r...
With increasing consumer awareness of health and nutrition, the meat processing industry is eager to...
In this paper, the beef longissimus dorsi muscle was used as experimental material and subjected to ...
WOS: 000350781500008PubMed ID: 25613122This review summarizes the findings of research focused on ul...
WOS: 000350781500008PubMed ID: 25613122This review summarizes the findings of research focused on ul...