Review Article
Bacteriophages and Their Role in Food Safety
Table 2
Pre- and postharvest Campylobacter phage applications.
| Year | Animal/product | Phage(s) | Strategy | Main outcome | Refs |
| Preharvest application |
| 2005 | Poultry (broiler chickens) | ΦCP8, ΦCP34 | Oral delivery in antacid suspension | Decrease of CFU between 0.5 and 5 log CFU/g in the cecal content over a 5-day period posttreatment | [48] | 2005 | Poultry (broiler chickens) | 69, 71 | Oral delivery | Reduction of CFU by 1 log within 5-day period post-treatment. Phage preventive treatment caused a delay in a colonization | [58] | 2009 | Poultry (broiler chickens) | CP220 | Oral delivery | Reduction of 2 log CFU per g in cecal content after 48 h inoculated C. jejuni and C. coli birds with a single dose (7 log PFU) of CP220 | [49] | 2010 | Poultry (broiler chickens) | Phage cocktail | Oral delivery (oral gavage and in feed) | Reduction levels of C. coli and C. jejuni in feces by 2 log CFU per g when administered by oral gavage and in feed | [50] |
| Postharvest application |
| 2003 | Meat (chicken skin) | Φ2 | Applied on top | 1 and 2 log CFU reduction at 4°C using 107 PFU per mL. 105 and 103 PFU per mL failed to decrease CFU | [58] | 2003 | Meat (chicken skin) | Φ29C | Applied on top | MOI 1 caused less than 1 log reduction in CFU; MOI 100–1,000 caused 2 log reductions in CFU | [49] | 2008 | Meat (raw and cooked beef) | Cj6 | Applied on top | The largest reductions were recorded at high host cell density on both raw and cooked beef over a period of 8 days incubation at 51°C | [16]
|
|
|