Emerging Infectious Disease ISSN: 1080-6059

Norwalk-Like Calicivirus Genes in Farm Animals

Wim H.M. van der Poel*

, Jan Vinjé*, Reina van der Heide*, Maria-Inmaculada Herrera†, Amparo Vivo†, and Marion P.G. Koopmans*

Author affiliations: *National Institute of Public Health and the Environment, Bilthoven, the Netherlands; †Instituto de Salud Carlos III, Majadahonda, Madrid, Spain

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Figure 1

Results of ethidium bromide staining (panel A) and corresponding Southern hybridization (panels B and C) of RT-PCR products of eight calf herd (CH) samples (A) M= molecular mass marker, lane 1: CH124; lane 2: CH125; lane 3: water; lane 4: CH126; lane 5: CH138; lane 6: water; lane 7: CH139; lane 8: CH145; lane 9: water; lane 10: CH156; lane 11: CH176; lane 12: water; lane 13: human NLV positive control (5); lane 14: water. For Southern blot hybridizations, a set of probes used to detect NLVs in h

Figure 1. Results of ethidium bromide staining (panel A) and corresponding Southern hybridization (panels B and C) of RT-PCR products of eight calf herd (CH) samples (A) M= molecular mass marker, lane 1: CH124; lane 2: CH125; lane 3: water; lane 4: CH126; lane 5: CH138; lane 6: water; lane 7: CH139; lane 8: CH145; lane 9: water; lane 10: CH156; lane 11: CH176; lane 12: water; lane 13: human NLV positive control (5); lane 14: water. For Southern blot hybridizations, a set of probes used to detect NLVs in humans (B) and calves (C).

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