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Surface enhancement of sporulation and manganese oxidation by a marine bacillus

Journal of Bacteriology

Aug 1, 1982

P E Kepkay, Ken H Nealson

PMID: 6284699

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Abstract

In a seawater medium containing 0.005% yeast extract and 0.005% peptone, a marine bacillus, SG-1, sporulated only when associated with solid surfaces. The spores (rather than the vegetative cells) were responsible for the oxidation of manganese, and the degree of sporulation was determi...read more

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Plant spore
Oxidation-Reduction
Bacillus
Halloysite
Sporulation
sperm ganglioside 1
Aluminum Silicates
Quso G-32
YEAST extract
Reproduction Spores
Paper Details
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Surface enhancement of sporulation and manganese oxidation by a marine bacillus

Journal of Bacteriology

Aug 1, 1982

P E Kepkay, Ken H Nealson

PMID: 6284699

DOI:

Abstract

In a seawater medium containing 0.005% yeast extract and 0.005% peptone, a marine bacillus, SG-1, sporulated only when associated with solid surfaces. The spores (rather than the vegetative cells) were responsible for the oxidation of manganese, and the degree of sporulation was determi...read more

Mentioned in this Paper

Plant spore
Oxidation-Reduction
Bacillus
Halloysite
Sporulation
Paper Details
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