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15 results on '"Mondragón-Martínez, Aarón"'

3. An Annotated Checklist of Monogeneans (Platyhelminthes, Monogenea) from Aquatic Vertebrates in Peru: A Review of Diversity, Hosts and Geographical Distribution

Author

Santillán, Luis Angel, primary, Cruces, Celso Luis, additional, Sáez, Gloria M., additional, Martínez-Rojas, Rosa, additional, Mondragón-Martínez, Aarón, additional, Murrieta Morey, Germán Augusto, additional, Quiñones, Mauro, additional, Luque, José Luis, additional, and Chero, Jhon Darly, additional

Published
2024
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7. Using DNA barcoding to relate cystacanths and adults of Corynosoma australe (Acanthocephala: Polymorphidae) of the Southeastern Pacific Ocean (Off Peru Coast)

Author

Mondragón-Martínez, Aarón, primary, Dávila-Rios, Martín, additional, Martínez-Rojas, Rosa, additional, Cruz-Neyra, Lidia, additional, Gorbeña, Juan C. Ramos, additional, Dávila-Robles, Miguel, additional, Garcia-Candela, Enrique, additional, De-Los-Santos, Estrellita Rojas, additional, Delgado-Escalante, Abraham, additional, Sanchez-Venegas, J.R, additional, and Pulido-Murillo, Eduardo A., additional

Published
2023
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9. Caracterización del patrón proteico y perfil antigénico de larvas L3 de anisákidos de importancia médica aisladas de peces comerciales de la costa peruana

Author

Martínez-Rojas, Rosa, Mondragón-Martínez, Aarón, Pulido-Murillo, Eduardo A., and Tantaleán-Vidaurre, Manuel

Subjects
Immunoelectroforesis, Western Blotting, Perú, Antigen, Peru, Antígeno, Immunoelectrophoresis, Anisakis
Abstract

Introduction. Anisakidosis is a zoonosis caused by accidental ingestion of anisakid larvae(L3). Objective. To characterize the protein pattern and antigenic profile of the L3 of Anisakissimplex s.l. (type I), A. physeteris s.l. (type II) and Contracaecum osculatum s.l. commercialfish isolated. Methods. An SDS-PAGE electrophoretic run of the somatic antigens wasperformed. Rabbits were immunized experimentally and evaluated by EITB. Results. Theprotein pattern of Anisakis type I showed 12 bands, 18 Anisakis type II and C. osculatum13, with bands 10 and 35 kDa specific for Anisakis type II, 28 and 77 for C. osculatum, notpresent in Anisakis type I. Conclusion. Specific immunogenic bands were determined forAnisakis type I with the molecular weight proteins 11, 14, 25 and 40 kDa, for type II of 9, 10,12, 35 and 41 kDa and C. osculatum 13, 15, 17, 30 and 47 kDa., Introducción. La anisakidosis es una zoonosis causada por la ingestión accidental de larvas(L3) de anisákidos. Objetivo. Caracterizar el patrón proteico y perfil antigénico de la L3de Anisakis simplex s.l. (tipo I), A. physeteris s.l. (tipo II) y Contracaecum osculatum s.l.aisladas de peces comerciales. Métodos. Se realizó una corrida electroforética en SDSPAGEde los antígenos somáticos. Se inmunizó conejos experimentalmente y se evaluó porEITB. Resultados. El patrón proteico de Anisakis tipo I mostró 12 bandas, 18 Anisakis tipoII y C. osculatum 13, con las bandas 10 y 35 kDa específicas para Anisakis tipo II, 28 y77 para C. osculatum no presentes en Anisakis tipo I. Conclusión. se determinó bandasinmunogénicas específicas para Anisakis tipo I con las proteínas de peso molecular 11, 14,25 y 40 kDa, para el tipo II de 9, 10, 12, 35 y 41 kDa, y C. osculatum 13, 15, 17, 30 y 47 kDa.

Published
2020

10. Caracterización del patrón proteico y perfil antigénico de larvas L3 de anisákidos de importancia médica aisladas de peces comerciales de la costa peruana

Author

Martínez Rojas, Rosa, Mondragón Martínez, Aarón, Pulido Murillo, Eduardo A., Tantaleán Vidaurre, Manuel, Martínez Rojas, Rosa, Mondragón Martínez, Aarón, Pulido Murillo, Eduardo A., and Tantaleán Vidaurre, Manuel

Abstract

Introduction. Anisakidosis is a zoonosis caused by accidental ingestion of anisakid larvae (L3). Objective. To characterize the protein pattern and antigenic profile of the L3 of Anisakis simplex s.l. (type I), A. physeteris s.l. (type II) and Contracaecum osculatum s.l. commercial fish isolated. Methods. An SDS-PAGE electrophoretic run of the somatic antigens was performed. Rabbits were immunized experimentally and evaluated by EITB. Results. The protein pattern of Anisakis type I showed 12 bands, 18 Anisakis type II and C. osculatum 13, with bands 10 and 35 kDa specific for Anisakis type II, 28 and 77 for C. osculatum, not present in Anisakis type I. Conclusion. Specific immunogenic bands were determined for Anisakis type I with the molecular weight proteins 11, 14, 25 and 40 kDa, for type II of 9, 10, 12, 35 and 41 kDa and C. osculatum 13, 15, 17, 30 and 47 kDa., Introducción. La anisakidosis es una zoonosis causada por la ingestión accidental de larvas (L3) de anisákidos. Objetivo. Caracterizar el patrón proteico y perfil antigénico de la L3 de Anisakis simplex s.l.(tipo I), A. physeteris s.l.(tipo II)y Contra caecumosculatum s.l. aisladas de peces comerciales. Métodos. Se realizó una corrida electroforética en SDS-PAGE de los antígenos somáticos. Se inmunizó conejos experimentalmente y se evaluó por EITB. Resultados. El patrón proteico de Anisakis tipo Mostró 12bandas, 18 Anisakis tipoIIy C. osculatum 13, con las bandas 10 y 35 kDa específicas para Anisakis tipo II, 28 y 77 para C. osculatum no presentes en Anisakis tipo I. Conclusión. se determinó bandas inmuno génicas específicas para Anisakis tipo I con las proteínas de peso molecular 11, 14, 25 y 40 kDa, para el tipo II de 9, 10, 12, 35 y 41 kDa, y C. osculatum 13, 15, 17, 30 y 47 kDa

Published
2020

15. Antiviral activity of the sea cucumber tegument extract (Pattalus mollis) on human rotavirus A (RVA).

Author

Garcia-Candela, Enrique, Pariona-Velarde, Carlos, Mondragón-Martínez, Aarón, and Chumpitaz-Cerrate, Victor

Abstract

The antiviral effect against RVA in cell culture was evaluated by using an aqueous extract of Patallus mollis sea cucumber, applying the titration methodology. This technique is used to measures the ability of the extract dilutions to inhibit the cytopathic effect (CPE) of the virus, expressed as percentage of inhibition (IP). The mean extract cytotoxic concentration (CC50) used in the antiviral assay was 27,042.10 μg/mL and the PI of the antiviral activity extract was greater than 99.9% for each concentration. To determine the viral action mode, the cells were previously treated with the extracts in different stages during the viral infection cycle. The result analysis suggests that the extract inhibits 99% of the virus during the absorption and viral inactivation phase. These results show the P. mollis extract has a remarkable antiviral effect against the RVA in cell culture. So that, it is crucial to investigate its action mechanisms. [ABSTRACT FROM AUTHOR]

Published
2021
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