El análisis seminal en la agricultura de precisión en el siglo XXI
DOI:
https://doi.org/10.15517/am.v34i2.51957Palabras clave:
reproducción animal, andrología, espermatozoo, semenResumen
Introducción. La reproducción asistida de animales tiene su origen en la domesticación de las especies ganaderas útiles al ser humano. Los consiguientes procesos de selección artificial permitieron desarrollar técnicas biotecnológicas que contribuyeron a la mejora de las capacidades de producción animal. Objetivo. Contextualizar el análisis seminal en la agricultura de precisión en el siglo XXI. Desarrollo. La visualización de espermatozoides en el microscopio puede considerarse como el primer paso en el advenimiento de la biotecnología de la reproducción y la base para el desarrollo de las técnicas de reproducción asistida. Con el perfeccionamiento de los métodos de microscopía, se logró caracterizar los gametos masculinos, lo que significó un avance significativo en la tecnología de inseminación artificial. El punto de inflexión marcado por el desarrollo de técnicas de conservación espermática, implicó un cambio sustantivo en el desarrollo de estas tecnologías en las especies ganaderas, ya sea con semen crio preservado o refrigerado. Estos métodos son de alto valor en el caso de especies amenazadas, dado que se pueden crear bancos de germoplasma con propósitos de conservación genética y rescate de especies en riesgo de extinción. El análisis seminal se ha desarrollado de forma paralela con las técnicas de reproducción asistida, al punto que hoy se considera como una técnica relevante en la biotecnología de la reproducción animal, que se ha perfeccionado mediante el avance de la ciencia y la tecnología, la física óptica y la computación. Conclusión. El análisis seminal ha tenido un cambio de paradigma al desechar técnicas obsoletas de evaluación subjetiva de la calidad seminal y adoptar métodos objetivos de evaluación del semen, mediante el análisis de grandes volúmenes de datos y variables de movilidad, cinéticas, morfométricas, morfológicas y fragmentación del ADN, que permiten caracterizar mejor los eyaculados de los reproductores en centros de inseminación artificial.
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