Agar Plate Method: Progress Report on Media Comparisons

Robertson, A. H.; Bergsma, Daniel; Black, L. A.; Breed, Robert S.; Brito, Angel de la Garza; Cowley, Raoul F.; Fuchs, A. W.; Gibbard, James

doi:10.2105/ajph.41.5_pt_2.72

Am J Public Health Nations Health

1951

DOI: 10.2105/ajph.41.5_pt_2.72

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Agar Plate Method: Progress Report on Media Comparisons

A. H. Robertson¹,

Daniel Bergsma²,

L. A. Black³

et al.

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2016

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Analysis of overload phenomenon in garbage decomposition

Maruchi

Matsuda

2016

JJAP Conf. Proc.

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There is a phenomenon observed in various microbial waste treatment processes, in which the microbial degradation rate of organic substrates drastically decreases when the input of substrates to the process is too heavy. It is called "overloading". The overloading phenomenon in garbage treatment systems often causes serious problems. But the mechanism of overloading has not yet been clarified. This study intends to investigate this phenomenon by analyzing the microbial community as well as various physical parameters in the garbage treatment process.

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Analysis of overload phenomenon in garbage decomposition

Maruchi

Matsuda

2016

JJAP Conf. Proc.

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Agar Plate Method: Progress Report on Media Comparisons

Cited by 1 publication

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Analysis of overload phenomenon in garbage decomposition

Analysis of overload phenomenon in garbage decomposition

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