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Review

Vibrio cholerae: lessons for mucosal vaccine design

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Pages 79-94 | Published online: 09 Jan 2014

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Łukasz Dembiński, Anna Stelmaszczyk-Emmel, Katarzyna Sznurkowska, Agnieszka Szlagatys-Sidorkiewicz, Andrzej Radzikowski & Aleksandra Banaszkiewicz. (2021) Immunogenicity of cholera vaccination in children with inflammatory bowel disease. Human Vaccines & Immunotherapeutics 17:8, pages 2586-2592.
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Amit Saha, Alexander Rosewell, Andrew Hayen, C. Raina MacIntyre & Firdausi Qadri. (2017) Improving immunization approaches to cholera. Expert Review of Vaccines 16:3, pages 235-248.
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Nathalie Böhles, Nathalie Böhles, Kim Busch, Kim Busch, Michael Hensel & Michael Hensel. (2014) Vaccines against human diarrheal pathogens. Human Vaccines & Immunotherapeutics 10:6, pages 1522-1535.
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Debbie-Ann T Shirley & Monica A McArthur. (2011) The utility of human challenge studies in vaccine development: lessons learned from cholera. Vaccine: Development and Therapy 1, pages 3-13.
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Articles from other publishers (32)

Natalia Yudintceva, Natalia Mikhailova, Viacheslav Fedorov, Konstantin Samochernych, Tatiana Vinogradova, Alexandr Muraviov & Maxim Shevtsov. (2022) Mesenchymal Stem Cells and MSCs-Derived Extracellular Vesicles in Infectious Diseases: From Basic Research to Clinical Practice. Bioengineering 9:11, pages 662.
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John C. Macbeth, Rui Liu, Salma Alavi & Ansel Hsiao. (2021) A dysbiotic gut microbiome suppresses antibody mediated-protection against Vibrio cholerae. iScience 24:12, pages 103443.
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Mahboube Bahroudi, Bita Bakhshi, Sara Soudi & Shahin Najar-peerayeh. (2021) Immunomodulatory effects of mesenchymal stem cell-conditioned media on lipopolysaccharide of Vibrio cholerae as a vaccine candidate. Stem Cell Research & Therapy 12:1.
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Urs M. Mörbe, Peter B. Jørgensen, Thomas M. Fenton, Nicole von Burg, Lene B. Riis, Jo Spencer & William W. Agace. (2021) Human gut-associated lymphoid tissues (GALT); diversity, structure, and function. Mucosal Immunology 14:4, pages 793-802.
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Soon Ho Lee, Bo Ram Beck, Seok-Hong Hwang & Seong Kyu Song. (2021) Feeding olive flounder (Paralichthys olivaceus) with Lactococcus lactis BFE920 expressing the fusion antigen of Vibrio OmpK and FlaB provides protection against multiple Vibrio pathogens: A universal vaccine effect. Fish & Shellfish Immunology 114, pages 253-262.
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Ali Karimi Bavandpour, Bita Bakhshi & Shahin Najar-peerayeh. (2020) The roles of mesoporous silica and carbon nanoparticles in antigen stability and intensity of immune response against recombinant subunit B of cholera toxin in a rabbit animal model. International Journal of Pharmaceutics 573, pages 118868.
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Julie C. Caruana & Scott A. Walper. 2020. Bacterial Membrane Vesicles. Bacterial Membrane Vesicles 219 251 .
Emile F.F. Jonker, Marjolein A.C. Uijlings, Leonardus G. Visser & Darius Soonawala. (2019) Comparison of the immunogenicity of Dukoral® oral cholera vaccine between renal transplant recipients on either a calcineurin inhibitor or mycophenolate – A controlled trial. Vaccine 37:23, pages 3133-3139.
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Tamara Reyes-Robles, Rebecca S. Dillard, Lynne S. Cairns, Cecilia A. Silva-Valenzuela, Max Housman, Afsar Ali, Elizabeth R. Wright & Andrew Camilli. (2018) Vibrio cholerae Outer Membrane Vesicles Inhibit Bacteriophage Infection. Journal of Bacteriology 200:15.
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Essam H. Ibrahim, Rasha Asiri & Khalid Al Syaad. (2018) Genetic fusion of tetanus toxin fragment C (Hc) gene to cholera toxin subunit B (CTB) gene as a preparatory step for double vaccine production. Gene Reports 10, pages 90-96.
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Danielle E. Baranova, Kara J. Levinson & Nicholas J. Mantis. (2018) Vibrio cholerae O1 secretes an extracellular matrix in response to antibody-mediated agglutination. PLOS ONE 13:1, pages e0190026.
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Caitlyn A. Hauke & Ronald K. Taylor. (2017) Production of putative enhanced oral cholera vaccine strains that express toxin-coregulated pilus. PLOS ONE 12:4, pages e0175170.
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Travis R. McCarthy, Ami A. Patel, Paul E. Anderson & Deborah M. Anderson. 2017. Biological Safety. Biological Safety 163 185 .
Zhu Wang, David W. Lazinski & Andrew Camilli. (2017) Immunity Provided by an Outer Membrane Vesicle Cholera Vaccine Is Due to O-Antigen-Specific Antibodies Inhibiting Bacterial Motility. Infection and Immunity 85:1.
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Leslie M. Mayo-Smith, Jakub K. Simon, Wilbur H. Chen, Douglas Haney, Michael Lock, Caroline E. Lyon, Stephen B. Calderwood, Beth D. Kirkpatrick, Mitchell Cohen, Myron M. Levine, Marc Gurwith & Jason B. Harris. (2017) The Live Attenuated Cholera Vaccine CVD 103-HgR Primes Responses to the Toxin-Coregulated Pilus Antigen TcpA in Subjects Challenged with Wild-Type Vibrio cholerae. Clinical and Vaccine Immunology 24:1.
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Yuchen Fan & James J. Moon. (2016) Particulate delivery systems for vaccination against bioterrorism agents and emerging infectious pathogens. WIREs Nanomedicine and Nanobiotechnology 9:1.
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Tae Hee Lee, Sun‐Shin Cha, Chang‐Seop Lee, Joon Haeng Rhee, Hye Ryun Woo & Kyung Min Chung. (2016) Cross‐protection against Vibrio cholerae infection by monoclonal antibodies against Vibrio vulnificus RtxA1/MARTX Vv . Microbiology and Immunology 60:11, pages 793-800.
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Kara J. Levinson, Danielle E. Baranova & Nicholas J. Mantis. (2016) A monoclonal antibody that targets the conserved core/lipid A region of lipopolysaccharide affects motility and reduces intestinal colonization of both classical and El Tor Vibrio cholerae biotypes. Vaccine 34:48, pages 5833-5836.
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Kathrin Moor & Emma Slack. (2015) What Makes A Bacterial Oral Vaccine a Strong Inducer of High-Affinity IgA Responses?. Antibodies 4:4, pages 295-313.
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Deborah R. Leitner, Sabine Lichtenegger, Philipp Temel, Franz G. Zingl, Desiree Ratzberger, Sandro Roier, Kristina Schild-Prüfert, Sandra Feichter, Joachim Reidl & Stefan Schild. (2015) A combined vaccine approach against Vibrio cholerae and ETEC based on outer membrane vesicles. Frontiers in Microbiology 6.
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Kara J. Levinson, Samantha R. Giffen, Michael H. Pauly, Do H. Kim, Ognian Bohorov, Natasha Bohorova, Kevin J. Whaley, Larry Zeitlin & Nicholas J. Mantis. (2015) Plant-based production of two chimeric monoclonal IgG antibodies directed against immunodominant epitopes of Vibrio cholerae lipopolysaccharide. Journal of Immunological Methods 422, pages 111-117.
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Kara J. Levinson, Magdia De Jesus & Nicholas J. Mantis. (2015) Rapid Effects of a Protective O-Polysaccharide-Specific Monoclonal IgA on Vibrio cholerae Agglutination, Motility, and Surface Morphology. Infection and Immunity 83:4, pages 1674-1683.
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Shwu-Maan Lee, Vincent Turula, Bradford Powell, Mikkel Nissum, Mariagrazia Pizza, Claudia Magagnoli & Niranjan M. Kumar. 2015. Vaccine Analysis: Strategies, Principles, and Control. Vaccine Analysis: Strategies, Principles, and Control 187 270 .
Deborah R. Leitner, Sandra Feichter, Kristina Schild-Prüfert, Gerald N. Rechberger, Joachim Reidl & Stefan Schild. (2013) Lipopolysaccharide Modifications of a Cholera Vaccine Candidate Based on Outer Membrane Vesicles Reduce Endotoxicity and Reveal the Major Protective Antigen. Infection and Immunity 81:7, pages 2379-2393.
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Gregory A. Price, Kim McFann & Randall K. Holmes. (2013) Immunization with Cholera Toxin B Subunit Induces High-Level Protection in the Suckling Mouse Model of Cholera. PLoS ONE 8:2, pages e57269.
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Lola V StammBenjamin Mudrak. (2013) Old foes, new challenges: syphilis, cholera and TB. Future Microbiology 8:2, pages 177-189.
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Aimee L. Richard & Victor J. DiRita. 2013. The Prokaryotes. The Prokaryotes 125 131 .
Talena Ledón, Beatriz Ferrán, Celso Pérez, Edith Suzarte, Joivier Vichi, Karen Marrero, Reinaldo Oliva & Rafael Fando. (2012) TLP01, an mshA mutant of Vibrio cholerae O139 as vaccine candidate against cholera. Microbes and Infection 14:11, pages 968-978.
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Jessica Queen & Karla J. Fullner Satchell. (2012) Neutrophils Are Essential for Containment of Vibrio cholerae to the Intestine during the Proinflammatory Phase of Infection. Infection and Immunity 80:8, pages 2905-2913.
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Andrew M. SternAmanda J. HayZhi LiuFiona A. DeslandJuan Zhang, Zengtao Zhong & Jun Zhu. (2012) The NorR Regulon Is Critical for Vibrio cholerae Resistance to Nitric Oxide and Sustained Colonization of the Intestines. mBio 3:2.
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Paolo Pasquali. 2012. Innovation in Vaccinology. Innovation in Vaccinology 229 248 .

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