Table 3.
Application of ultrasonic combined with other technologies in curing meat products.
| Method | Meat species | Advantage | Ref. |
|---|---|---|---|
| Ultrasonic combined with tumbling | Pork | Effectively improve the penetration efficiency of NaCl in meat and improve the texture properties of meat products. | [8] |
| Ultrasonic combined with vacuum |
Beef | Shorten the curing time of beef pieces. Improve salt diffusion in beef. |
[109] |
| Ultrasound combined with supercritical fluid | Ham | Effectively inactivate Escherichia coli and microflora in dry-cured ham. Extend the shelf life of dry-cured ham. |
[111] |
| Ultrasound combined with microbubbles | Pork | Greatly affect mass transfer, NaCl absorption and diffusion and water binding capacity. | [64] |
| Ultrasound combined with high pressure carbon dioxide | Ham |
Combined treatment showed a faster inactivation rate. | [112] |
| Ultrasound combined with peracetic acid | Loin | Improve the efficiency of bacterial inactivation. | [113] |
| Ultrasonic combined with vacuum tumbling | Pork | Induce protein oxidation. Reduced the particle size of myofibrillar proteins. |
[110] |
| Ultrasonic combined with sodium bicarbonate | Reduce cooking loss and shearing force. Improve chicken breast tenderness effectively. |
[24] |