The welfare of each fur-bearing animal in a fur farm should be highly considered not just to comply with animal ethics, local, and animal policies but also to obtain quality furs. Along with a balanced diet, good housing conditions, and proper care and handling, this helps develop fur-bearing animals that are less stressed. A study at Aarhus university demonstrated a high correlation between mink behavior and fur quality. A veterinarian should be available to advise for health-related concerns for the animals kept at the fur farm.
| MINK | ||
|---|---|---|
|
Pseudomonas bacterin | 6-8 weeks |
| Botulism | 6-8 weeks | |
| Mink viral enteritis | 6-8 weeks | |
| Pseudomonas bacterin | 10 weeks | |
| Botulism | 10 weeks | |
| Mink viral enteritis | 10 weeks | |
| Canine Distemper | 10 weeks | |
| FOXES AND RACCOON DOGS | ||
|
Rabies | 4 weeks |
| Canine Distemper | 8-9 weeks | |
| RABBITS | ||
|
Myxomatosis | 5 weeks |
| Rabbit Haemorrhagic Disease Virus (RHD1) | 6-12 weeks | |
| Rabbit Haemorrhagic Disease 2 (RHD2) | 6-12 weeks | |
| RHD1 – 2nd injection | 10-16 weeks | |
Mink enteritis virus (MEV) strain used for mink vaccine production has been propagated in adherent culture of embryonic feline lung fibroblasts (E-FL). Roller bottle culture of these cell lines is limiting in terms of scale-up of adherent cells; Esco VacciXcell fixed-bed bioreactors including TideXcell® and CelCradle™, provides the linear scalability of scaling up instead of scaling out.
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