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Materiales materiales: un marco para la integración de las propiedades superficiales en el entorno construido

Kobi Talma1, Joana Sipe2,3,4,5, Nathan Bossa1

  • 1Department of Civil and Environmental Engineering, Duke University, Durham, North Carolina, USA.

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El entorno construido El entorno construido.

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las interacciones entre el material y el microbio.La presentación de informes de metadatos también incluye metadatos.el microbioma del entorno construido (MoBE).propiedades superficiales propiedades superficiales.

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Área de la Ciencia:

  • Microbiología ambiental microbiología ambiental.
  • La ciencia de los materiales es la ciencia de los materiales.
  • La investigación del microbioma en la investigación del microbioma.

Sus antecedentes:

  • El entorno construido (BE) alberga diversas comunidades microbianas (MoBE).
  • Las propiedades de la superficie influyen significativamente en las comunidades microbianas, pero esto a menudo se pasa por alto en los estudios de BE.
  • La comprensión actual de las superficies BE y su impacto en el MoBE es limitada, lo que dificulta un manejo microbiano efectivo.

Objetivo del estudio:

  • Para resaltar la relación poco estudiada entre las superficies materiales y el microbioma del entorno construido (MoBE).
  • Proponer un enfoque interdisciplinario que integre la caracterización del material con el muestreo del microbioma.
  • Establecer las bases para un marco bioinformado para la gestión de MoBEs saludables.

Principales métodos:

  • Revisión de la literatura sobre el reporte de información material en estudios de microbioma en interiores.
  • Estudio de caso utilizando un entorno de cocina para examinar las interacciones material-microbio.
  • Propuesta para integrar técnicas de caracterización de materiales en la microbiología ambiental.

Principales resultados:

  • Solo el 31% de los estudios de microbioma en interiores informaron información material, sin una caracterización detallada.
  • Los espacios BE, como las cocinas, exhiben comunidades microbianas complejas que interactúan con diversas superficies de materiales.
  • El uso de BE, incluida la limpieza, tiene un impacto tanto en los materiales como en las comunidades microbianas asociadas.

Conclusiones:

  • Un enfoque interdisciplinario es crucial para comprender el papel de las propiedades de los materiales en la configuración del MoBE.
  • La integración de la ciencia de los materiales en los estudios del microbioma permitirá el desarrollo de estrategias de gestión bioinformadas.
  • Este enfoque puede mejorar la salud de los ocupantes a través de una mejor evaluación y diseño de riesgos microbianos en el BE.