1957•The Journal of ProtozoologyRequires access

Purification, Axenic Cultivation, and Description of a Soil Amoeba, Acanthamoeba sp.

R. Neff

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Abstract

SUMMARY. A small soil amoeba was purified by an agar‐surface migration method. The amoeba was grown axenicly in a liquid medium composed of 1% proteose peptone, 1% glucose, and inorganic salts. The amoeba was identified as a species of Acanthamoeba. A hypothesis on the mechanism of agar‐surface purification of amoebæ is proposed. The nutritional requirements of this isolate are discussed; it is concluded that this organism metabolizes glucose.

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SUMMARY. A small soil amoeba was purified by an agar‐surface migration method. The amoeba was grown axenicly in a liquid medium composed of 1% proteose peptone, 1% glucose, and inorganic salts. The amoeba was identified as a species of Acanthamoeba. A hypothesis on the mechanism of agar‐surface purification of amoebæ is proposed. The nutritional requirements of this isolate are discussed; it is concluded that this organism metabolizes glucose.

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Available abstract

SUMMARY. A small soil amoeba was purified by an agar‐surface migration method. The amoeba was grown axenicly in a liquid medium composed of 1% proteose peptone, 1% glucose, and inorganic salts. The amoeba was identified as a species of Acanthamoeba. A hypothesis on the mechanism of agar‐surface purification of amoebæ is proposed. The nutritional requirements of this isolate are discussed; it is concluded that this organism metabolizes glucose.

Key concepts: Amoeba (genus), Axenic, Acanthamoeba, Agar, Microbiology, Biology, Agar plate, Biochemistry

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Purification, Axenic Cultivation, and Description of a Soil Amoeba, Acanthamoeba sp. — Research Paper | ScholarLens