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<= span lang=3DES style=3D'font-size:14.0pt;mso-bidi-font-size:12.0pt;mso-fareast-f= ont-family: "MS Mincho"'>Principales patologías en sistema de producción porcina en Latinoamérica

Main Swine Pathologies in Latin America

 <= /o:p>

 

Cecilia Alexandra Mora Huilcapi * , Juan José Zambrano Villacís **y*** , Edwin Orlando Pino Panchi **y ****

 

*<= /span>Médico Veterinario. Trabajo final para= optar el título de Maestría del Programa de Maestría en Medicina Veterinaria, Men= ción Salud y Reproducción en Especies Productivas del Instituto de Posgrado de la Facultad de Ciencias Veterinarias de la Universidad Técnica de Manabí. Ecua= dor. **Instituto de Posgrado. Universidad Técnica de Ma= nabí. Ecuador.

**= *Docente-Investigador. Carrera de Medic= ina Veterinaria de la Facultad de Ciencias Veterinarias de la Universidad Técni= ca de Manabí. Ecuador.

**= **Docente-Investigador Carrera de Agrope= cuaria. Departamento de Ciencias de la Vida. Universidad de las Fuerzas Armadas ESP= E. Ecuador.

Co= rrespondencia: percedo.mi@g= mail.com

&n= bsp;

Reci= bido: Julio, 2023; Aceptado: Agosto, 2023; Publicado: Septiembre, 2023.

Resumen

Antecedentes: = Los sistemas de producción porcina en Latinoamérica aún se encuentran vulnerables y están expuestos a patologías = de origen viral, bacteriano y parasitario, generando grandes pérdidas producti= vas y riesgo para la salud animal y pública. Objetivo. Realizar un estudio de las patologías más frecuentes que aún están presente= s en los sistemas de producción porcina de Latinoamérica. Desarrollo: Se realizó una revisión bibliográfica de trabajos investigativos de los últimos cinco años, para evidenciar los factores predisponentes a la aparición de sus agentes etiológicos y medidas para la prevención que deben ser aplicadas. Entre las enfermedades más frecu= ente se destacaron las siguientes: Inf= luenza H1N, Ne= umonía Enzoótica, Síndrome Reproductivo y Respiratorio del cerdo, Aujeszky, Peste Porcina Africana, Diarrea Epidémica Porcina, Circovirosis, Parvovirosis, Erisipela Porcina, Leptospirosis, Bruce= losis, Salmonelosis, Toxoplasmosis y Cisti= cercosis por Taenia solium. Conclusiones: <= /b>Se logró evidenciar con cifras actuales las patologías adquiridas más frecuent= es que tienen un mayor porcentaje de impacto en la producción porcina de los países Latinoamericanos. Los agentes causales de las principales patologías porcin= as no están erradicados en su totalidad, lo que generan que se encuentren circula= nte en el medio ambiente; por lo que, se debe trabajar en estrategias de contro= l y aplicar protocolos de bioseguridad. Es importante identificar factores pred= isponentes a la aparición de patologías para desarrollar medidas de prevención.

Palabras cla= ve: cerdos, enfermedades, prevención, prod= ucción (Fuente: AGROVOC)=

 


Abstract

Backgro= und: Swine produ= ction systems in Latin America are still vulnerable and exposed to viral, bacteri= al, and parasitic pathologies, causing enormous losses and risks to animal and public health. Aim. To study the most frequent swine pathologies presently found in Latin America. Development: The study made a bibliographic review of the literature from the last five years to unveil t= he factors that cause the appearance of etiological agents and implement preventive measures. The most frequent diseases found were influenza= A (H1N), Enzootic Pneumonia, porcine reproductive and respiratory syndrome vi= rus, Aujeszky, African swine fever, epidemic swine diarrhea, circoviruses, Parvovirosis, Swine Erysipelas, Leptospirosis, Brucellosis, Salmonellosis, Toxoplasmosis, and Taenia solium that caus= es Cysticercosis. Conclusions: The current figures showed the mo= st frequently acquired diseases, with the highest impact percentages on swine production in Latin America. The causal agents of the main swine pathologies are presently affecting pigs and, therefore, circulating in the environment. Consequently, there is a need to implement new control strategies and biosa= fety protocols. The identification of pathology-causing agents is critical for t= he development of preventive measures.

Key words: diseases, pigs, prevention, production (Source= : AGROVOC)<= /p>

 

INTRODUCCIÓN

La producción porcina en Latinoamérica se caracteriza por producir unas de las fuentes de proteína m= ás importante para la alimentación de la población, generando un gran interés = en producir mayor número de animales con una ganancia de peso en menos tiempo =  y evitando  adversidades, de tal manera que se busca constantemente tener un gran crecimiento y proyecciones positivas, así mismo enfrentar varios obstáculos principalmente de las patologías adquiridas en las granjas productoras dado= que esto lleva a tener un impacto negativo en dicha producción.

Las patologías siempre están asociadas a causas multifactoriales y generadas por patógenos, categorizarlas y conocer su mecanismo de transmisión y patogénesis de los diferentes patógenos es fundamental para adoptar medidas que reduzcan su impacto negativo (Rodríguez = et al, 2021). Los puntos críticos como las estructuras de las granjas, la ubicación y condiciones ambientales facilitan el ingreso a que un número de animales o toda la gran= ja adquieran dichas patologías. Así mismo se debe mencionar otros aspectos fundamentales para evitar el ingreso y propagación de patologías en los sistemas de producción como; el profesional o técnico, manejo del personal, chequeo de la bioseguridad, monitorización sanitaria, alimentación, peso y calidad de los lechones detestados, fases de transición y ceba (Castillo y Pinto, 2021).

Para minimizar= la presencia de patologías en una explotación porcina debemos tener en cuenta varias alternativas, Una de las principales se relaciona con los métodos desarrollados sobre los sistemas de producción porcina, para la prevención o detección en el campo de dichas patologías en América Latina. En la actuali= dad se están desarrollando sistemas expertos, los cuales contribuyen a detectar= las enfermedades en las granjas productoras de cerdos, dado que estos permiten obtener un diagnóstico y tratamiento a tiempo; esto disminuye las grandes pérdidas en la producción (Rodríguez et al, 2017).  

El objetivo del presente trabajo consistió en realizar un estudio de las patologías más frecuentes que aún están presentes en los sistemas de producción porcina de Latinoamérica.

DESAR= ROLLO

La investigación fue de tipo descriptiva documental en la que se analizaron los artículos científicos revisados, para conocer cuáles patologías son las más frecuentes, sus facto= res de riesgo, su prevención y detección en campo. Fue una investigación bibliográfica y documental elaborada mediante un proceso de búsqueda de lectura, análisis, reflexión e interpretación de la literatura especializad= a.

Para la búsqueda de información= se utilizaron palabras clave como prevención, patologías, cría porcina, enfermedades, diseases, swine y pig production. La búsqueda se llevó a cabo entre el 1 de mayo y el 30 de diciembre del 2021. Para su investigación se usaron motores de búsqueda como Google Scholar (https://scholar.google.es/), Food and Agris Fao (<= span lang=3DES>https://agris.fao.org/) Pnsa (= https://www.pnas.org/) BMC vet res (https://bmcvetres) Asociación Americana de Veterinarios de Porcinos (https://www.aasv.org/) Plos (= https://plos.org/)   y Research Gate (https://www.researchgate.net/). Como criterio de selección se consideraron los artículos científicos publicados entre los años de 2015 y 2021.

La producción  porcina representa más de un tercio de = la carne producida en todo el mundo y forma parte de la proteína y componentes  importante de la segur= idad alimentaria mundial, las economías agrícolas y el comercio (Velez et al, 2018). Las patologías se encuentran entre las principales limitaciones para la producción porcina (Vanderwaal y Deen, 2018). Las patologías son diferentes y a la misma vez similares en distintos países y regiones debido= al manejo, crianza, industrialización e intensificación de cada sistema de producción, por ende se deben categorizar los procesos patológicos de acuer= do a los agentes causales que están presentes en los sistemas respiratorio, digestivo y reproductivo (Pérez-sánchez, 2020). <= /p>

Entre l= as enfermedades más frecuentes, se evidenciaron las siguientes:

Influenza

La influenza H1N= 1 es una enfermedad respiratoria ocasionada por un miembro de la familia Ortomixoviridae que afecta a cerdo= s de todas las edades, la tasa de morbilidad en países de Latinoamérica se encue= ntra por debajo del 15%, de la misma manera las tasas de mortalidad han presenta= do porcentajes muy inferiores. El periodo de incubación se establece entre uno= s 7 a 10 días y su transmisión mediante secreciones oro nasales, aunque también= se puede transmitir mediante la orina y el semen   (Baudon et al, 2017).

La Información sobre la prevale= ncia y la distribución de dicha patología en la actualidad sigue siendo limitada en muchos países del mundo, particularmente en países de América Latina.  La cría de animales de manera artesanal= o de granjas no tecnificadas conlleva a tener un mayor riesgo de exponerse frent= e al virus que ocasiona el síndrome respiratorio.  En América Central, Guatemala es el país con la industria porcina más grande (tamaño estimado de la población >2,7 millones). Aunque existen l= as granjas comerciales a gran escala con recintos cerrados, la mayor parte de = la producción porcina es peridoméstica o cría de traspatio como se le denomina= en Ecuador, esto conlleva a tener mayor riesgo y facilidad de ingreso de los agentes causales al país sin poder ser evidenciados (Gonzalez-Reiche et al, 2017).

Neumonía enzoótica

El agente causal de la neumonía enzoótica porcina (NEP) es la bacteria Micoplasma hyopneumoniae, esta patol= ogía respiratoria crónica está ampliamente distribuida en Argentina y México, causando importantes pérdidas económicas en la producción porcina. Para el control de la NEP la optimización de la bioseguridad, el manejo de los anim= ales en la granja, la medicación antimicrobiana y la vacunación son las principa= les herramientas utilizadas, dependiendo de las regiones o país en la que se realiza la explotación porcina (Blois et al, 2017).

En las patologías respiratorias= los factores ambientales que influyen son: la ventilación, la calidad del aire = y el alojamiento; probablemente exacerben la gravedad clínica de una enfermedad = si las condiciones son inadecuadas para los animales. Según la ventilación y la calidad del aire asociado, se ha observado un incremento en la prevalencia = de lesiones pulmonares relacionado con una neumonía bacteriana. Por lo tanto, = es importante considerar la optimización de la tasa de intercambio de aire, la temperatura, la humedad, las condiciones del alojamiento y los niveles de amoniaco (Betlach y Pieters, 2020). <= /p>

Morales et al (2021) indican en su investigación que, en países como México la NEP es una enfermedad respiratoria crónica de alta prevalencia con alta morbilidad y baja mortalidad. Entre 30 a 80 % de los cerdos programados par= a sacrificio exhiben lesiones de consolidación. En el transcurso de la vida productiva d= el cerdo, la prevalencia de M. hyopneumoniae aumenta hasta alcanzar la edad de sacrificio, incluso en animales que ya han sido inmunizados con vacunas. Las hembras reproductoras son un reservorio que perpetúa la circulación continu= a de patógenos respiratorios asociados con la NEP.

Síndrome reproductivo y respiratorio del cerdo (PR= RS)

El virus del PRRS, pertenece a = la orden Nidovirales, familia Arteriviridae. Es es una patología de origen vir= al de difusión mundial que causa falla reproductiva en cerdas gestantes y problemas respiratorios en cerdos de cualquier edad y puede asociarse a la manifestación de otros complejos respiratorios (López-Heydeck et al, 2015).

PRRS ocasiona graves pérdidas económicas, motivo por el cual, es considerada la enfermedad infecciosa de mayor impacto económico que afecta la industria porcina mundial. El impacto económico que puede ocasionar los brotes de PRRS es muy considerable, puede reducir la producción anual en un 7,4%. Esta reducción dependerá de la agresividad de la cepa y la condición de la granja afectada, por ello siemp= re hay que tener presente las ventajas sanitarias (Castillo y Ramírez, 2021). <= /p>

(A. Castillo & Ramírez, 2021) hicieron un análisis del PRRS en la cual indican que en Uruguay un estudio retrospectivo logro demostrar que el PRRS ha estado afec= tando los cerdos desde el año 2011. En Ecuador el país era considerado libre de la enfermedad hasta que en el año 2017 se evidencio un reporte de la presencia= del virus en una granja la cual constaba de 469 animales. Mientras que en Chile= la enfermedad se reportó por primera vez en el año 1999 y en el año 2009 fue declarado libre del virus, aunque se logró reportar nuevamente un brote en = el año 2013.

En Colombia se reportó brotes d= e la enfermedad entre el año 2012 y 2013 y la causa seria importación de cerdos.=   En Perú el primer estudio serológico de= l PRRS señala una prevalencia inicial del 13.6% en granjas tecnificadas. Recientemente, un estudio realizado por SENASA entre 2015 y 2016, concluye = que la seroprevalencia del PRRS en el país es de 17.3%, siendo Lima el departam= ento con mayor prevalencia.

Aujeszky (Pseudorrabia) =

La enfermedad de Aujeszky (EA),= esta patología también es conocida como Pseudorrabia, es causada por un virus de Aujeszky de la familia Herpesviridae, que afecta principalmente al ganado porcino, y de forma esporádica a otras especies. El cerdo es el único hospe= dero natural, donde el virus puede establecer infecciones subclínicas y permanec= er en estado latente (Silva, 2012). <= /p>

Castillo et al (2016), realizaron un estudio en Perú en el que detectaron anticuerpos contra el virus de la enfermedad de Aujeszky (EA) en la cual to= das las muestras resultaron negativas a anticuerpos neutralizantes contra el vi= rus de la EA. El virus de la EA como todos los virus herpes, luego de una infec= ción primaria puede permanecer en estado de latencia en neuronas del ganglio trigémino y tejidos linfoides del animal de donde puede reactivarse de tiem= po en tiempo induciendo una infección intermitente aguda o subclínica.

La enfermedad es de distribución mundial, con excepciones en Canadá, Chile, Ecuador, Australia y el continen= te africano. En el continente americano, la situación es muy similar debido a = las considerables pérdidas económicas, por lo que los países han implementado programas de control para lograr la erradicación en países afectados.  En otros países la enfermedad es endémi= ca, tal es el caso de Venezuela y en la actualidad no existe en ese país una campaña de vacunación contra la enfermedad ni están establecidas medidas de control desde el punto de vista oficial (Silva, 2012). <= /p>

Peste Porcina Africana (PPA)=

La peste porcina africana es una patología que se adquiere mediante una afección viral y se puede trasmitir = por contacto y por garrapatas infestadas a cerdos domésticos y silvestres. Esta enfermedad es de notificación obligatoria ante la presencia de un brote. Las manifestaciones clínicas que presentan son muy parecidas a la de peste porc= ina clásica. En la actualidad esta enfermedad se ha propagado a más de 50 paíse= s, en cuatro continentes, con una estimación del 78% de la población mundial porcina, con pérdidas económicas devastadoras (Sánchez y Muñoz, 2021). 

En la actualidad no se ha obten= ido una vacuna o tratamiento eficaz, por lo que prevenirla es la clave importan= te para controlar la enfermedad, evitar principalmente el ingreso de animales infestados o sus derivados. La PPA ha sido comprobadamente endémica en el c= ontinente africano y esporádicamente en países Americanos (Cuba, Brasil, República Dominicana y Haití) , así como de Europa occidental, los primeros brotes se presentaron por movimientos de productos cárnicos contaminados (Sánchez y Muñoz, 2021). Las estrategias par= a el control de la PPA en los países que presentan la enfermedad por primera vez= o bien tienen brotes esporádicos consisten principalmente en seguir las medid= as clásicas de intervención de cuarentena y sacrificio obligatorio de to= dos los animales afectados y sospechosos (Carrillo, 2020). <= /p>

Diarrea Epidémica Porcina

Es una patología común, la caus= a es de origen viral. Los coronavirus que afectan a los porcinos son principalme= nte el virus de gastroenteritis transmisible porcina (TGEV), el coronavirus respiratorio porcino (PRCV), el virus de la encefalomielitis hemaglutinante porcina (PHEV), el PEDV y el deltacoronavirus porcino (PDCoV). Piñeros y Mogollón Galvis (2015) Realizaron un anális= is donde manifiestan que la enfermedad se detectó en Colombia en marzo del 2014 con = las cepas PEDV. Aunque no se descarta que la enfermedad haya ingresado antes de cerdos provenientes de Estados Unidos. Las manifestaciones clínicas son cua= dros epidémicos de vómito y diarreas, abortos en cerdas gestantes y tasas de mortalidad hasta en un 100% en animales jóvenes.  A partir del 2013 la enfermedad ha ingr= esado a varios países latinoamericanos ocasionando importantes pérdidas económica= s en el sector porcícola.

Baek et al (2016) Lograron producir una vacuna PEDV inactivada utilizando = la cepa KNU-141112 y evaluar su efectividad en lechones recién nacidos. Los resultados fueron muy satisfactorios, la vacuna inactivada en cerdas aumento considerablemente la tasa de supervivencia de los lechones expuesto a la ce= pa virulenta, del 0% al 92% y la diarrea se redujo significativamente incluida= la excreción viral en las heces. Las camadas de cerdas que no fueron vacunadas perdieron peso corporal, mientras que las vacunadas aumentaron su peso diar= io a los 7 días después del desafío; con altas respuestas de anticuerpos neutralizantes al PEDV en las cerdas inmunizadas y sus crías. Los datos demostraron que la inmunidad lactogénica duradera estaba presente en las ma= dres a las que se les administró la vacuna inactivada y posteriormente confirier= on una protección inmune pasiva crítica a las madres.

Circovirosis

La circovirosis está distribuida mundialmente y confirmada su presencia en la mayoría de países latinoamericanos, el causante es el circovirus porcino tipo 2 que pertenece= a la familia Circoviridae, esta patología logra afectar a cerdos de todas las edades la cual provoca un gran impacto económico sobre las granjas afectada= s (Segales, 2019). Los signos y síntom= as principales son aumento de la frecuencia respiratoria y debilidad lo cual incluso puede llevar a un cuadro mortal incrementando la tasa de mortalidad= en las granjas porcinas (Gómez et al, 2019).

Almario et al (2020) realizaron estudios en Colombia sobre la detección y caracterización de esta patología, en la cual se pudo evidenciar que el circovirus porcino 2d se encuentra circulante de manera clínica y subclínic= a, la causa de esto sería porque existen animales sanos que portan el virus y granjas sin vacunación. 

Parvovirus

Esta patología viral es de distribución mundial ocasionada por un virus de ADN que pertenece a la fami= lia Parvovirídae, La parvovirosis representa un gran impacto negativo en Latino= américa generando alteraciones reproductivas y grandes pérdidas económicas en las granjas porcinas (Streck et al, 2021). Las manifestaciones clínicas por parvovirus (PVP) representan en la gran mayoría la infertilidad en cerdas, especialmente en = las nulíparas o primerizas ocasionando fallos reproductivos y los signos clínic= os reproductivos están completamente relacionados en la etapa de gestación don= de existe la muerte embrionaria y posteriormente la momificación, esto quiere decir que las lesiones clínicas son específicas y se limitan al útero y fet= o (Streck y Truyen, 2020). <= /p>

González (2021) en su redacción mani= fiesta que el PVP ha traspasado barreras continentales y se encuentra en la mayorí= a de las explotaciones porcinas en Latinoamérica, se trasmite con facilidad a tr= avés de fómites y tiene gran resistencia a los desinfectantes, por lo cual, recomienda realizar la vacunación de manera rutinaria en todas las granjas porcinas, seguido de estrictas medidas de bioseguridad para evitar grandes pérdidas económicas en dichas explotaciones.

Aunque (Carrera, 2021) resalta que anterior= mente el PVP era considerado un virus muy estable porque las vacunas que desarrollab= an a partir de cepas antiguas concedían inmunidad contra sus variantes; pero en = la actualidad con el descubrimiento de nuevos perfiles de cápside la situación= ha cambiado y está creando un entorno desafiante para las nuevas generaciones = de biológicos que concedan una mayor protección, por ende se va a requerir nue= vas formulaciones de vacunas que induzcan una inmunidad más eficiente y que log= ren alcanzar todas las cepas virales que circulan en el ambiente.

Erisipe= la Porcina

Conoc= ida como Mal rojo su agente causal es la bacteria Erysipelothrix rhusiopathiae,  la distribución es mundial, pu= ede llegar afectar del 30 al 50% de la población ocasionando pérdidas económicas debido a los altos costos de los tratamientos en dependencia a la sintomatología que presentan los cerdos afectados; debido que esta bacteria= puede afectar a muchas especies, incluido el hombre las medidas para el control se deben centrar en los animales de producción, trabajadores, personal técnico= y salud pública en general. La  vía de entrada de la enfermedad a las granjas se debe al ingreso de animales portadores y fallos en la bioseguridad así como la presencia de roedores, perros y pájaros portadores de la bacteria (Jordà y Galé, 2020).

Los síntomas y signos clínicos en la fase aguda se presentan con lesiones cután= eas características que van progresando por todo el cuerpo hasta ocasionar una septicemia y muerte del animal, en la fase crónica se presenta con lesiones cardiacas generando endocarditis y lesión en las articulaciones. Es muy importante al emitir un diagnóstico fijarse en la sintomatología, aunque pa= ra lograr con éxito un tratamiento se debe realizar exámenes de laboratorio mediante la técnica de ensayo por inmunoadsorción ligado a enzimas (ELISA),= ya que la enfermedad presenta muchos diagnósticos diferenciales por ejemplo con PRRS, influenza, PPA, PPC, Brucella= suis, Aujeszky, Actinobacillus suis, Salmonella cholerasuis, entre otr= os (Sánchez et al, 2021).

La enfermedad está presente en muchos países de Latinoamérica, pero existen escasos estudios epidemiológicos que demuestren el porcentaje de incidencia; hasta la actualidad en Latinoamérica también se han reportado cuatro casos = de zoonosis en trabajadores que manipulaban cerdos portadores, para evitar la propagación y la zoonosis se debe cumplir con medidas de bioseguridad no so= lo en la granja de producción sino también en el personal de trabajo así como inmunoprofilaxis con la utilización de vacunas (Haro et= al, 2017).

Leptosp= irosis

La Leptospirosis es una enfermedad de origen bacteriano su agente causal es la bacteria del género Leptospira interrogans. Presenta un cuadro agudo y febr= il, la infección es endémica y de distribución mundial, afecta principalmente a= los riñones y a la parte reproductiva de los cerdos  ocasionando abortos, mortinatos, baja viabilidad e infertilidad en cerdas, tam= bién afecta a la salud pública ya que las personas se pueden contagiar por el contacto directo con orina o tejidos infectados de animales enfermos (González, 2020). <= /p>

En Latinoamérica la leptospiros= is se considera una enfermedad zoonótica con alto potencial epidémico, pero sin embargo, hasta la actualidad existe poca evidencia de notificaciones sobre = la presencia de un nuevo brote; lo que dificulta saber con exactitud la incidencia  y prevalencia de la enfermedad (Davila et al, 2022). Los cerdos son los principales reservorios y la producc= ión más afectada, por lo que se debe tener en cuenta el uso obligatorio de la aplicación de vacunas tanto para = el personal operario como para los animales, especialmente para las cerdas en maternidad y así reducir la prevalencia de la enfermedad y el número de abo= rtos ( Rodríguez et al, 2017)= .

Zambrano et al (2021), establecen que la seroprevalencia detectada en cerdos destinados al sacrifi= cio en el cantón Portoviejo de Ecuador fue del 16,5 % en 200 cerdos y determina= ron que la serovariedad identificada con mayor frecuencia fue L. canicola 6,5 % (13 / 200) y L. pyrogenes 6 % (12 / 200), el 48 % de los casos positivos presentaron le= siones como nefritis intersticial originada por Leptospira spp; lo cual crea una alerta significativa de riesgo para el personal operario, estos resultados demuestran que existen un gran número de cerdos portadores asintomáticos, por lo que se deben realizar registros de decomis= os por lesiones de esta patología y notificarse a la organización de vigilanci= a, prevención y control para reducir la propagación en granjas afectadas.

Brucelo= sis

Es una enfermedad infectocontagiosa y zoonótica, su agente causal es la bacteria Brucella suis, con distribución mu= ndial y puede llegar a afectar tanto a cerdos como a diferentes especies de anima= les domésticos; se trasmite por contacto directo con animales infestados, por v= ía oronasal e ingestión de productos infectados (Dibarbora et al, 2017).  Presenta un alto riesgo que aún no se reconoce en muchos países. La sintomatología más importante y evidente en hembras son los abortos y el incremento de la mortalidad perinatal, en los machos puede ocasionar orquitis y afectar glándulas sexuales accesorias (Micheloud et al, 2012). 

Brucella suis tiene el 80% de morbilidad en los animales= en una explotación porcina, un brote se presentó en Argentina en la provincia = de Buenos Aires en la cual el establecimiento tenía 118 hembras y 6 padrillos = de servicio natural, luego se evidenció abortos que afectó la reproducción en = 4,2% resultando afectadas 5 hembras, en las cuales no se evidenció otras sintomatologías. Actualmente en países como Perú existe una prevalencia de = B. suis del 4 al 12%. De la misma manera se ha encontrado brotes de B. suis en países como Bolivia, Cuba y Uruguay (Román y Luna, 2017)[D1] .  Es importante realizar aislamiento de B= . suis en conjunto con pruebas serológicas para detectar a tiempo la enfermedad y = así reducir su propagación en toda la explotación porcina (Olsen & Tatum, 2017). Aun= que la brucelosis causa pérdidas económicas en la producción porcina, la prevenció= n de la infección humana es la razón principal del  énfasis en los programas de control de la enfermedad en Latinoamérica; aún no existe una vacuna que h= aya demostrado eficacia de inmunidad frente a la enfermedad y pueda ser distrib= uida comercialmente (Meirelles et al, 2020).

Salmonelosis

La salmonelosis porcina es ocas= ionada por una bacteria del género Salmone= lla spp. está presente a nivel mundial,  tiene predisposición de afectar a las células intestinales dividiénd= ose en tres importantes grupos, el grupo 1 es el septicémico, el grupo 2 es el diarreico y el grupo 3 es asintomático el cual no va a causar ningún proble= ma en la salud porcina, la enfermedad causa enteritis afecta principalmente a lechones antes del destete, en la fase septicémica puede alcanzar una mortalidad del 100% (Arruda et al, 2019).

En las explotaciones porcinas la salmonelosis presenta un problema constante debido a su transmisión por las infecciones subclínicas, la bacteria se logra diseminar sin ser detectada, convirtiendo a los animales en portadores intermitentes; la transmisión se = da por dos vías, la orofecal que sucede cuando los animales tienen contactos c= on heces excretadas de individuos infectados; otra vía se da por los aerosoles= , el polvo y contacto con fómites infectados. Para obtener un correcto diagnósti= co se deben realizar pruebas individuales en el laboratorio, la más confiable y utilizada es el PCR (Morillo et al, 2022).

Cuando la patología ingresa a sistemas de producción porcina alcanza morbilidad del 10 % y mortalidad del= 50 % especialmente en casos que no son tratados farmacológicamente a tiempo (Del Pilar et al, 2014). Por lo general la enfermedad ingresa a los sistemas de producción por un animal infectado, las medidas y el control frente a este brote se realiza mediante el uso de antibióticos, aunque en la actualidad ocasiona alta resistencia. Pero sin embargo, han logrado establecer estrict= as medidas de bioseguridad, una buena higiene y la utilización de vacunas como= la bacterina mixta en muchos países de Latinoamérica, para evitar la propagaci= ón e ingreso de nuevos brotes a las un= idades de producción (Colello et al, 2018).

Agentes parasitarios <= /span>

Las enfermedades bacterianas y virales son las principales causantes de grandes pérdidas en la porcicultur= a y aunque no parezca relevante la parasitosis por ectoparásitos, helmintos y coccidios en cerdos a menor escala representa un 5% de amenaza para la prod= ucción; ya que pueden causar estrés, diarreas, retraso en el crecimiento y ganancia= de peso, reducción de la absorción de minerales, alteraciones en el metabolism= o y daños en diversos órganos. Otro punto crítico es que existen muchos parásit= os de potencial zoonótico y afecta a la salud pública. Una de las limitaciones= en la prevención es que a diferencia de las enfermedades bacterianas y virales, las ocasionada por parásitos no se pueden prevenir con vacunas pero si con programas de desparasitación (Noa y Lafargue, 2021). <= /p>

En Latinoamérica la parasitosis= en cerdos es responsable de importantes pérdidas económicas por el decomiso de órganos y carcasas afectadas por la presencia de diversos parásitos, la infestación se da por contacto directo de huevos o larvas infectantes que se encuentran en el ambiente u hospederos intermediarios que son consumidos po= r el cerdo. Los helmintos más comunes son los estróngilos y ascáridos. No hay ci= fras exactas por falta de interés y estudio de la prevalencia e incidencia de la parasitosis porcina en Latinoamérica pero las recomendaciones para evitar pérdidas y daños en la producción porcina son realizar políticas sanitarias= y de higiene como la utilización de antihelmínticos y antiprotozoarios median= te fechas establecidas    (Ciocco et al, 2019).

Toxoplasmosis Porcina =

El agente etio= lógico responsable de causar esta patología es el parásito protozoario Sarcocystidae, Subclase Coccidia, = es de distribución mundial en cerdos puede afectar al 10% de la población en las granjas provocando abortos, fallos reproductivos, tos, diarrea, incoordinac= ión y convulsiones, aunque en la mayoría de los casos se presenta de forma subclínica, pero existe un gran interés en detectar a tiempo la enfermedad = ya que afecta de manera potencial a la salud pública. El contagio a humanos es= tá estrechamente relacionado a la higiene, niveles socioeconómicos y el contac= to directo con animales, carne o  prod= uctos derivados infestados con el  parási= to (Papatsiros et al, 2021). <= /span>

Carranza et al (2017), determinaron mediante pruebas diagnósticas de inmunoflourescencia indirecta (IFI) que en Perú existe el 21.7% de cerdos reactores a toxoplasmosis en granjas porcinas tecnificadas, en Brasil el 25,5%, las frecuencias mayores a toxoplasmosis han sido reportadas en Costa Rica alcanzando un 43,8% mientras que en Chile se encontró 28,1%.  Au= nque en Brasil  (Capriogli et al, 2018) dem= uestran que la prevalencia de toxoplasmosis en cerdo es de 7,02% y que el 21,6% de las granjas no tecnificadas tenían al menos un cerdo infectado. Para evitar que= las cifras de incidencia y prevalencia suban se recomienda tener estrictas medi= das de bioseguridad y buenas prácticas de higiene  como el control de otros hospederos; los gatos son los principales portadores de la enfermedad contaminando con sus heces los piensos y concentrados alimenticios para los cerdos, otra medida que se debe realizar= son las pruebas de laboratorio y evitar consumir alimentos o tejidos de origen animal poco cocido (Luyo et= al, 2017).

Cisticercosis por Taenia solium

Es un parásito zoonótico endémico en América  Lati= na, causa teniasis en humanos y cisticercosis  tanto  en  cerdos  como  en  humanos, la teniasis intestinal no prov= oca ningún malestar; tampoco la cisticercosis causa problemas de salud al cerdo= (Flisser, 2017). La distribuc= ión se evidencia en áreas de países con medianos y bajos ingresos donde los protoc= olos sanitarios son insuficientes y los sistemas de producción son extensivos. D= e la misma manera existe evidencia de la  presencia  de  cisticercosis  porcina  en  11  departamentos  de  seis  países  (Colombia,  Guatemala,  Honduras,  México,  Nicaragua  y  Venezuela) la cual genera problemas  potenciales  en la  salud  pública de dichos países (Braae e= t al, 2017).

En América Lat= ina existe p= revalencias de entre 0,25 al 22,2%, los últimos reportes epidemiológicos y comportamien= to de la cisticercosis porcina tiene variación en cada país, en México 23 al 3= 5%, Honduras   27,1%, Guatemala  4%,  Colombia 5,34%, Perú 47,3%, Bolivia 37%, Brasil 9,71% y Ecuador por falta de interés de políticas gubernamentales y la escasa información de notificación de casos positivos en las regiones endémicas ha dificultado qu= e el enunciado “declaración obligatoria” sea aceptado (Rodríguez y Benitez, 2007). La T. solium es la causa del 30% de los casos de epilepsia en huma= nos en muchas zonas endémicas, la causa  más frecuente de epilepsia en el mundo es la neurocisticercosis; se calcula que produce el 30% de los casos en los países donde esta parasitosis es endémic= a y, en algunas comunidades, puede llegar al 70% (Forero et al, 2017).

El factor principal para su tra= smisión es el humano mediante la contaminación de aguas y alimentos con desechos fecales, el control y prevención se debe enfocar  en el mejoramiento de la infraestructura sanitaria, los tratamientos masivos de la teniasis en el ser humano, mejora= de la ganadería porcina; no d= ejar cerdos en libertad, y mejo= ra de la inspección y los procesos de elaboración de productos porcinos ADDIN CSL_CITATION {"citationItems":[{"id":"ITEM-1","itemDa= ta":{"author":[{"dropping-particle":"",&= quot;family":"Rojas","given":"Robinson",= "non-dropping-particle":"","parse-names":fals= e,"suffix":""}],"container-title":"Revis= tas científicas at Ciencia Unisalle","id":"ITEM-1","issue":"42= ","issued":{"date-parts":[["2021"]]},&qu= ot;page":"77-82","title":"Prevalencia de cisticercosis en porcinos de la provincia de Tambopata , Perú","type":"article-journal","volume":= "1"},"uris":["http://www.mendeley.com/documents/?u= uid=3D69d7337f-34da-4232-90dc-25981efffaa3"]}],"mendeley":{&= quot;formattedCitation":"(Rojas, 2021)","plainTextFormattedCitation":"(Rojas, 2021)"= ;,"previouslyFormattedCitation":"(Rojas, 2021)"},"properties":{"noteIndex":0},"schema&= quot;:"https://github.com/citation-style-language/schema/raw/master/cs= l-citation.json"}(Rojas, 2021).

CONCLUSIONES

En esta revisión bibliográfica se logró evidenciar con cifras actuales las patologí= as adquiridas más frecuentes que tienen un mayor porcentaje de impacto en la producción porcina de los países Latinoamericanos.

Los agentes causales de las principales patologías porcinas no están erradicado= s en su totalidad, lo que generan que se encuentren circulante en el medio ambie= nte; por lo que, se debe trabajar en estrategias de control y aplicar protocolos= de bioseguridad.

Es importante identificar factores predisponentes a la aparición de patologías para desarrollar medidas de prevención.

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  <= span lang=3DEN-US style=3D'font-size:12.0pt;line-height:115%;mso-ansi-language:E= N-US'>

C= ontribución de los autores

Concepción y diseño de la investigación: CAMH, JJZV, EOPP; análisis e interpretación de los datos: CA= MH, JJZV, EOPP; redacción del artículo: CAMH, JJZV, EOPP.

C= onflicto de intereses

Los autores declaran que no exi= sten conflicto de intereses.


&nb= sp;[D1]Reemplazar por y, realizar en todos los casos en el texto…..no= en referencias

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Principales patologías en sistema de producción porcina en Latinoamérica

 

Rev. prod. anim., 35(2), https://= rpa.reduc.edu.cu/index.php/rpa/article/view/e4539

 

Re= v. prod. anim., 35(2), https://rpa.reduc.edu.cu/i= ndex.php/rpa/article/view/e4539

 

Como citar (APA)

Mora Huilcapi= , C., Zambrano Villacís, J., & Pino Panchi, E. (2023). Principales patologías= en sistema de producción porcina en Latinoamérica. Revista de Producción An= imal, 35(2). https://rpa.reduc.edu.cu/index.php/rpa/article/view/e4539

 

©El (los) autor (es), Revista de Producción Animal 2020. Este artículo se distribuye bajo los términos de la licencia internacional Attribution-NonCommercial 4.0 (https://creativecommons.org/lic= enses/by-nc/4.0/), asumida por las colecciones de revistas científicas de acceso abierto, según lo recomenda= do por la Declaración de Budapest, la que puede consultarse en: Budapest Open Access Initiative's definition of Open Access.

 

 

ISSN 2224-7920

 

 

Mora Huilcapi, C.A., Zambrano Villacís, J.J., Pino Panchi, E.O.

 

 

Re= v. prod. anim., = 35(2), https://rpa.reduc.edu.cu/i= ndex.php/rpa/article/view/e4539

 

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