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Myrmel, M., Lange H., & Rimstad E. (2015).  A 1-Year Quantitative Survey of Noro-, Adeno-, Human Boca-, and Hepatitis E Viruses in Raw and Secondarily Treated Sewage from Two Plants in Norway.
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Kenawy, H. Ibrahim, Ali Y. Mohammed, Rajakumar K., Lynch N. J., Kadioglu A., Stover C. M., et al. (2012).  Absence of the lectin activation pathway of complement does not increase susceptibility to Pseudomonas aeruginosa infections. Immunobiology. 217, 272–280.
Ryan, M., Gurian P., Haas C., Rose J., & Duzinski P. (2013).  Acceptable microbial risk: Cost-benefit analysis of a boil water order for Cryptosporidium. Journal of the American Water Works Association.
Ryan, M., Gurian P., Haas C., Rose J., & Duzinski P. (2013).  Acceptable microbial risk: Cost-benefit analysis of a boil water order for Cryptosporidium. Journal of the American Water Works Association.
Ryan, M., Gurian P., Haas C., Rose J., & Duzinski P. (2013).  Acceptable microbial risk: Cost-benefit analysis of a boil water order for Cryptosporidium. Journal of the American Water Works Association.
Ryan, M., Gurian P., Haas C., Rose J., & Duzinski P. (2013).  Acceptable microbial risk: Cost-benefit analysis of a boil water order for Cryptosporidium. Journal of the American Water Works Association.
Maurer, CP., Simonetti AB., Steggemeier R., Rigotto C., Heinzelmann LS., & Spilki FR. (2015).  Adenovirus, enterovirus and thermotolerant coliforms in recreational waters from Lake Guaiba beaches, Port Alegre, Brazil.
Rosete, D. P., Manjarrez M. Eugenia, & Barrón B. L. (2008).  Adenoviruses C in non-hospitalized Mexican children older than five years of age with acute respiratory infection. Memorias do Instituto Oswaldo Cruz. 103, 195–200.
Hazlett, L. D., Rosen D. D., & Berk R. S. (1978).  Age-Related Susceptibility to Pseudomonas aeruginosa Ocular Infections in Mice. Infection and Immunity. 20, 1.
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Rebouças, AC. (1997).  Água na região Nordeste: desperdício e escassez.
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Shepard, C.. W., Soriano-Gabarro M.., Zell E.. R., Hayslett J.., Lukacs S.., Goldstein S.., et al. (2002).  Antimicrobial postexposure prophylaxis for anthrax: adverse events and adherence. Emerging infectious diseases. 8, 10.
Shepard, C.. W., Soriano-Gabarro M.., Zell E.. R., Hayslett J.., Lukacs S.., Goldstein S.., et al. (2002).  Antimicrobial postexposure prophylaxis for anthrax: adverse events and adherence. Emerging infectious diseases. 8, 10.
Pretzel, J., Mohring F., Rahlfs S., & Becker K. (2013).  Antiparasitic peptides. Yellow Biotechnology I. 157–192.
Rodrigues, E. R., & Achcar J. A. (2013).  Applications of Discrete-Time Markov Chains and Poisson Processes to Air Pollution Modeling and Studies.
Braga, B., Reboucas A. C., & Tundisi J. G. (2006).  Aquas doces no Brasil: capital ecológico, uso e conservacao.
Sato, M. I., Galvani A. T., Padula J. A., Nardocci A. C., Lauretto M. S., Razzolini M. T., et al. (2013).  Assessing the infection risk of Giardia and Cryptosporidium in public drinking water delivered by surface water systems in Sao Paulo State, Brazil. Science of the Total Environment. 442,
Hunt, R. J., Borchardt M. A., Richards K. D., & Spencer S. K. (2010).  Assessment of sewer source contamination of drinking water wells using tracers and human enteric viruses. Environmental Science and Technology. 44,
Tribble, D. R., Baqar S., Scott D. A., Oplinger M. L., Trespalacios F., Rollins D., et al. (2010).  Assessment of the Duration of Protection in Campylobacter jejuni Experimental Infection in Humans. Infection and Immunity. 78, 4.
Kurtz, J.. B., Lee T.. W., Craig J.. W., & Reed S.. E. (1979).  Astrovirus infection in volunteers. Journal of medical virology. 3, 3.
C
Sjögren, E., Ruiz-Palacios G., & Kaijser B. (1989).  Campylobacter jejuni isolations from Mexican and Swedish patients, with repeated symptomatic and/or asymptomatic diarrhoea episodes. Epidemiology & Infection. 102, 47–57.
Tribble, D. R., Baqar S., Carmolli M. P., Porter C., Pierce K. K., Sadigh K., et al. (2009).  Campylobacter jejuni strain CG8421: a refined model for the study of Campylobacteriosis and evaluation of Campylobacter vaccines in human subjects. Clinical infectious diseases. 49, 1512–1519.
Tribble, D.. R., Baqar S.., Carmolli M.. P., Porter C.., Pierce K.. K., Sadigh K.., et al. (2009).  Campylobacter jejuni strain CG8421: a refined model for the study of Campylobacteriosis and evaluation of Campylobacter vaccines in human subjects. Clinical Infectious Diseases: An Official Publication of the Infectious Diseases Society of America. 49, 1512-1519.
Tribble, D. R., Baqar S., Carmolli M. P., Porter C., Pierce K. K., Sadigh K., et al. (2009).  Campylobacter jejuni Strain CG8421: A Refined Model for the Study of Campylobacteriosis and Evaluation of Campylobacter Vaccines in Human Subjects. Clinical Infectious Diseases. 49, 10.
Tribble, D. R., Baqar S., Carmolli M. P., Porter C., Pierce K. K., Sadigh K., et al. (2009).  Campylobacter jejuni Strain CG8421: A Refined Model for the Study of Campylobacteriosis and Evaluation of Campylobacter Vaccines in Human Subjects. Clinical Infectious Diseases. 49, 10.
Russell-Lodrigue, K.. E., Zhang G.. Q., McMurray D.. N., & Samuel J.. E. (2006).  Clinical and Pathologic Changes in a Guinea Pig Aerosol Challenge Model of Acute Q Fever. Infection and Immunity. 74, 11.