“… In vitro study | Inhibition of the growth of bacteria isolated from the shell of hermit crab | Gallini et al [66] | | Bacillus subtilis | S. paramamosain (5.2 g) | 10 5 cfu/g diet, 30 days | Immunity, disease resistance | Wu et al [8] |
| B. subtilis E20 | S. paramamosain (juvenile) | 10 8 , 10 9 , 10 10 cfu/g diet | Growth performance, immunity, disease resistance | Yeh et al [4] |
| Lactobacillus plantarum | P. pelagicus (larvae) | 1.0 × 10 6 , 5.0 × 10 6 and 1.0 × 10 7 cfu/mL culture water, 14 days | Survival rate, digestive enzyme activities, water quality, inhibition of pathogen growth | Talpur et al [67] |
| L. plantarum 7–40 | S. paramamosain (juvenile) | 10 9 cfu/g diet | Growth performance, immunity, disease resistance | Yeh et al [4] |
| Enterococcus faecalis Y17 | S. paramamosain (100±3 g) | 10 9 cfu/g diet, 6 weeks | Growth performance, serum enzyme activities, disease resistance | Yang et al [42] |
| Pediococcus pentosaceus G11 | S. paramamosain (100±3 g) | 10 9 cfu/g diet, 6 weeks | Growth performance, serum enzyme activities, disease resistance | Yang et al [42] |
| Five strains of Alteromonadaceae (2 strains), Flavobacteriaceae (1), Aeromonadaceae (1), Alteromonadaceae (2) | Scylla serrata (larvae) | N/A | Survival rate, suppression of the necrosis | Dan and Hamasaki [68] |
| BreviB. brevis (Rica-1) | S. paramamosain (larvae) | 15 mg/L culture water, 25 days | Survival rate, suppression of pathogen growth | Gunarto et al [70] |
| ... |
…”