2010VBN Forskningsportal (Aalborg Universitet)Requires access

Food and Indoor Fungi

Robert A. Samson, Jos Houbraken, Ulf Thrane, Jens C. Frisvad, Birgitte Andersen

Open publisher page 320 citations

Abstract

Fungi are present in the built environment, where people spend major parts of their lives. When moisture is available, fungal growth causes material deterioration and affects the health of the occupants, including allergic reactions and infections (e.g. aspergillosis in hospital settings). Also, the relevance of fungal food contaminants and their mycotoxins is ever increasing. They cause losses worldwide, and are key responsible for food insecurity in tropical Africa and other developing countries. Furthermore, they affect food safety and health via the production of numerous mycotoxins, both pre- and post-harvest, in food and feed. The mycobiota of food and indoor environments are related. Correct identification of indoor and food fungi is difficult, but crucial, as this is at the base of all information. Due to the introduction of the single-name nomenclature and the advances in taxonomy, many (new) genera and species names were introduced in the last years. It is difficult for the end-users to keep up with the latest taxonomic changes. Over the last decades, an abundance of information on food- and indoor fungi was generated, such as data on physiology, mycotoxin production, ecology and pathogenicity. These data are dispersed over many publications and books. Furthermore, incorrect information is also being published and chronically used/reported. A resource-linking, state-of-the-art species definition with curated, state-of-the-art information is therefore the crucial first step in many studies.

About this research paper

What this paper is about

Fungi are present in the built environment, where people spend major parts of their lives. When moisture is available, fungal growth causes material deterioration and affects the health of the occupants, including allergic reactions and infections (e.g. aspergillosis in hospital settings). Also, the relevance of fungal food contaminants and their mycotoxins is ever increasing. They cause losses worldwide, and are key responsible for food insecurity in tropical Africa and other developing countries. Furthermore, they affect food safety and health via the production of numerous mycotoxins, both pre- and post-harvest, in food and feed. The mycobiota of food and indoor environments are related. Correct identification of indoor and food fungi is difficult, but crucial, as this is at the base of all information. Due to the introduction of the single-name nomenclature and the advances in taxonomy, many (new) genera and species names were introduced in the last years. It is difficult for the end-users to keep up with the latest taxonomic changes. Over the last decades, an abundance of information on food- and indoor fungi was generated, such as data on physiology, mycotoxin production, ecology and pathogenicity. These data are dispersed over many publications and books. Furthermore, incorrect information is also being published and chronically used/reported. A resource-linking, state-of-the-art species definition with curated, state-of-the-art information is therefore the crucial first step in many studies.

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Available abstract

Fungi are present in the built environment, where people spend major parts of their lives. When moisture is available, fungal growth causes material deterioration and affects the health of the occupants, including allergic reactions and infections (e.g. aspergillosis in hospital settings). Also, the relevance of fungal food contaminants and their mycotoxins is ever increasing. They cause losses worldwide, and are key responsible for food insecurity in tropical Africa and other developing countries. Furthermore, they affect food safety and health via the production of numerous mycotoxins, both pre- and post-harvest, in food and feed. The mycobiota of food and indoor environments are related. Correct identification of indoor and food fungi is difficult, but crucial, as this is at the base of all information. Due to the introduction of the single-name nomenclature and the advances in taxonomy, many (new) genera and species names were introduced in the last years. It is difficult for the end-users to keep up with the latest taxonomic changes. Over the last decades, an abundance of information on food- and indoor fungi was generated, such as data on physiology, mycotoxin production, ecology and pathogenicity. These data are dispersed over many publications and books. Furthermore, incorrect information is also being published and chronically used/reported. A resource-linking, state-of-the-art species definition with curated, state-of-the-art information is therefore the crucial first step in many studies.

Key concepts: Environmental science, Food science, Biology

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