A. B. OLSEN Et Al. , "Multilocus sequence analysis reveals extensive genetic variety within Tenacibaculum spp. associated with ulcers in sea-farmed fish in Norway," VETERINARY MICROBIOLOGY , vol.205, pp.39-45, 2017
OLSEN, A. B. Et Al. 2017. Multilocus sequence analysis reveals extensive genetic variety within Tenacibaculum spp. associated with ulcers in sea-farmed fish in Norway. VETERINARY MICROBIOLOGY , vol.205 , 39-45.
OLSEN, A. B., GULLA, S., Steinum, T. M., COLQUHOUN, D. J., NILSEN, H. K., & DUCHAUD, E., (2017). Multilocus sequence analysis reveals extensive genetic variety within Tenacibaculum spp. associated with ulcers in sea-farmed fish in Norway. VETERINARY MICROBIOLOGY , vol.205, 39-45.
OLSEN, Anne Et Al. "Multilocus sequence analysis reveals extensive genetic variety within Tenacibaculum spp. associated with ulcers in sea-farmed fish in Norway," VETERINARY MICROBIOLOGY , vol.205, 39-45, 2017
OLSEN, Anne B. Et Al. "Multilocus sequence analysis reveals extensive genetic variety within Tenacibaculum spp. associated with ulcers in sea-farmed fish in Norway." VETERINARY MICROBIOLOGY , vol.205, pp.39-45, 2017
OLSEN, A. B. Et Al. (2017) . "Multilocus sequence analysis reveals extensive genetic variety within Tenacibaculum spp. associated with ulcers in sea-farmed fish in Norway." VETERINARY MICROBIOLOGY , vol.205, pp.39-45.
@article{article, author={Anne Berit OLSEN Et Al. }, title={Multilocus sequence analysis reveals extensive genetic variety within Tenacibaculum spp. associated with ulcers in sea-farmed fish in Norway}, journal={VETERINARY MICROBIOLOGY}, year=2017, pages={39-45} }