Conidium Collection

Aspergillus fungus, artwork C013 / 4613
Aspergillus fungus. Computer artwork of the fruiting body (conidiophore) of a typical mould (Aspergillus sp.), showing spores (conidia, round)

Aspergillus fungus spores, SEM
Aspergillus fungus spores, coloured scanning electron micrograph (SEM). These chains of spores (orange) are the reproductive cells of the fruiting body, or conidiophore

Penicillium fungus, SEM
Penicillium fungus. Coloured scanning electron micrograph (SEM) of a Penicillium sp. fungus. Specialised threads (hyphae, pink), called conidiophores, are seen

False colour SEM of fruiting bodies

White bread mould, SEM
White bread mould. Coloured scanning electron micrograph (SEM) of the fruiting bodies of two types of mould growing on white bread. The moulds are Penicillium sp. and Mucor mucedo

Penicillium fruiting bodies, SEM

Penicillin fungus growing on cheddar cheese
Scanning electron micrograph (SEM) the fruiting bodies or conidia of a penicillin fungus growing on a piece of English cheddar cheese which has gone mouldy in the refrigerator

Fungal spores, SEM
Fungal spores. Coloured scanning electron micrograph (SEM) of fungal spores on a fruiting body of an Aspergillus sp. fungus. The name for such a fruiting body is a conidiophore

Bread mould (Penicillium sp. ), SEM
Bread mould. Coloured scanning electronmicrograph (SEM) of Penicillium sp. mouldgrowing on bread. The yellow fibrous structuresare hyphae, which make up the main body of thefungus

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"Exploring the Intricate World of Conidia: A Closer Look at Fungal Spores" Delving into the microscopic realm, we encounter conidia – tiny structures that play a vital role in the life cycle of various fungi. Aspergillus fungus, represented by artwork C013/4613, showcases its intricate conidial formations under scanning electron microscopy (SEM). These spores, resembling delicate spheres or elongated chains, are responsible for dispersing and propagating this fascinating organism. Moving on to actual SEM images, we witness the mesmerizing beauty of Aspergillus fungus spores up close. Their unique shapes and patterns captivate our imagination as they prepare to embark on their airborne journey. Similarly, Penicillium fungus reveals its own array of conidia through SEM imagery – an enchanting display of nature's artistic prowess. In another captivating capture from SEM technology, false color enhances the visualization of fruiting bodies. This vibrant image highlights how these structures serve as reproductive hubs for fungi like never before seen. Shifting focus to everyday encounters with fungal growths, white bread mold takes center stage in yet another stunning SEM photograph. The intricately woven network formed by these conidia reminds us of nature's ability to thrive even in unexpected places. Penicillium fruiting bodies make their appearance once again under SEM scrutiny – a testament to their resilience and adaptability across different environments. Notably famous for its contribution to penicillin production, this fungus demonstrates its potential while growing on cheddar cheese. Finally, we return our gaze towards fungal spores captured using SEM technology one last time. These minute particles hold immense significance in understanding fungal biology and ecology as they disperse far and wide throughout natural ecosystems. Through these glimpses into the world of conidia provided by Aspergillus and Penicillium fungi among others, we gain a deeper appreciation for the complexity hidden within seemingly ordinary organisms.