k Slime mould, light micrograph Light micrograph of fruiting bodies from a Pocheina sp. slime mould. Within the fruiting bodies are spores that will germinate into freeliving, singlecelled amoeba. The amoeba aggregate to form a plasmodium, a large single cell with multiple nuclei. The plasmodium can move slowly, feeding on bacteria, fungi and decaying matter. In poor conditions the plasmodium forms fruiting bodies and the life cycle begins again. Slime moulds were once classified as fungi but are now classified as protozoa. Magnification x100 when printed at 15cm wide., by EYE OF SCIENCESCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Slime mould, light micrograph Light micrograph of fruiting bodies from a Pocheina sp. slime mould. Within the fruiting bodies are spores that will germinate into free living, single celled amoeba. The amoeba aggregate to form a plasmodium, a large single cell with multiple nuclei. The plasmodium can move slowly, feeding on bacteria, fungi and decaying matter. In poor conditions the plasmodium forms fruiting bodies and the life cycle begins again. Slime moulds were once classified as fungi but are now classified as protozoa. Magnification: x100 when printed at 15cm wide., by EYE OF SCIENCE SCIENCE PHOTO LIBRARY
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Slime mould, light micrograph

Light micrograph of fruiting bodies from a Pocheina sp. slime mould. Within the fruiting bodies are spores that will germinate into free-living, single-celled amoeba. The amoeba aggregate to form a plasmodium, a large single cell with multiple nuclei. The plasmodium can move slowly, feeding on bacteria, fungi and decaying matter. In poor conditions the plasmodium forms fruiting bodies and the life cycle begins again. Slime moulds were once classified as fungi but are now classified as protozoa. Magnification: x100 when printed at 15cm wide., by EYE OF SCIENCE/SCIENCE PHOTO LIBRARY

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