Table 1.
Pro-activity on | Species | Method | References |
---|---|---|---|
Reproductive performance | Rabbit | In vivo | (43–45) |
Swine | In vitro | (46) | |
In vivo | (47) | ||
Goat | In vitro | (48) | |
Productive performance | Rabbit | In vivo | (45, 49, 50) |
Chicken | In vivo | (25, 40, 51) | |
Swine | In vivo | (24) | |
Sheep | In vivo | (52) | |
Fish | In vivo | (42, 53) | |
Immune system | Rabbit | In vivo | (50, 54) |
Chicken | In vivo | (42, 53) | |
Swine | In vivo | (24) | |
Sheep | In vivo | (52) | |
Fish | In vivo | (42, 53) | |
Metabolic homeostasis | Rabbit | In vivo | (44, 55) |
Swine | In vivo | (39) | |
Meat quality | Rabbit | In vivo | (50, 56, 57) |
Swine | In vivo | (39) | |
Sheep | –a | (58, 59) | |
Cow | –a | (60) | |
Camel | –a | (61) | |
Horse | –a | (62) | |
Fish | –a | (63, 64) |
Many studies used Goji berry or its derivative products, while just a few involved Goji leaves or bark root.
These studies performed microbiological and/or quality meat assays.