Molds and fungi are eukaryotic microorganisms; molds are the filamentous, multicellular forms of fungi that grow as branching hyphae and reproduce through spores. They are ubiquitous in soil, decaying organic matter, indoor environments, and on plants, and play essential ecological roles in decomposition and nutrien…
Molds and fungi are eukaryotic microorganisms; molds are the filamentous, multicellular forms of fungi that grow as branching hyphae and reproduce through spores. They are ubiquitous in soil, decaying organic matter, indoor environments, and on plants, and play essential ecological roles in decomposition and nutrient cycling. While most molds are harmless or even beneficial, some species cause spoilage, allergic reactions, or serious opportunistic infections in humans, especially in immunocompromised individuals. Filamentous fungi in the order Mucorales, for example, can cause mucormycosis, an aggressive invasive infection whose airborne spores can colonise tissue when host defences are weakened. Studying molds and fungi spans taxonomy, environmental distribution, spore biology, pathogenesis, diagnostics, and antifungal management, making the field relevant to Fungal Diversity, clinical microbiology, and public health alike. Understanding how environmental molds transition to invasive pathogens, the host and clinical risk factors involved, and the gaps in diagnostic and treatment evidence is an active area of inquiry. Related open-access research on fungal infections and the biology of environmental molds is available in this collection for researchers and clinicians.
1 peer-reviewed article, ranked by relevance. Each links to its DOI.
The 1 article above has been cited 26 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
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