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CC4533 TP neg control 1.jpg (1.48 MB)
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cc4533 neg control 2 TP.jpg (1.31 MB)
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CC4533 4mL of 1% cyclohexyl chloride.jpg (1.31 MB)
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CC4533 4 mL of 1% PHB.jpg (987.86 kB)
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CC4533 2mL of 1%phenanthrene.jpg (1.39 MB)
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CC4533 4ml of 1 % phenanthrene.jpg (1.29 MB)
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CC4533 0.5 mL fresh 10W30.jpg (1.52 MB)
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CC4533 fresh 10W30 1mL.jpg (1.59 MB)
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CC4533 fresh 10W30 2mL.jpg (1.61 MB)
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CC4533 used 10W30 0.5mL.jpg (1.66 MB)
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CC4533 used 10W30 1mL.jpg (1.66 MB)
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CC4533 used 10W30 2mL.jpg (1.04 MB)
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CC4533 0.5 mLnapthalene.jpg (1.4 MB)
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CC4533 1 mLnapthalene.jpg (1.41 MB)
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CC4533 2mL napthalene.jpg (1.49 MB)
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CC4533 0.5 mL benzoic acid.jpg (1.59 MB)
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CC4533 1 mL benzoic acid.jpg (1.49 MB)
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CC4533 2 mL benzoic acid.jpg (1.28 MB)
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CC4533 0.5 mLphenyl acetate.jpg (1.51 MB)
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CC45331mLphenyl acetate.jpg (1.49 MB)
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Tests using Tris-Phosphate medium (TP) to see if hydrocarbons, aromatic compounds and polyhydroxyalkanoates can be used by the bacterium CC4533 (Sphingobium yanoikuyae PR86 strain variant, partial 16S rRNA sequence; GenBank Accession # MN633285.1) as the sole carbon source.
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posted on 2020-06-16, 00:02 authored by Mautusi MitraMautusi Mitra, Kevin Manoap-Anh-Khoa Nguyen, Taylor Wayland Box, Jesse Scott Gilpin, Seth Ryan Hamby, Taylor Lynne Berry, Erin Harper DuckettThe file contains 21 images of TP (Tris-Phosphate) medium plates
containing different alternative carbon sources. Bacterium CC4533 (Sphingobium yanoikuyae PR86 strain variant) was
streaked on these chemical plates to test if CC4533 can utilize these
chemicals as the sole carbon source for energy and growth. 1% stocks of
the following chemicals were tested: cyclohexyl chloride, phenanthrene,
napthalene, benzoic acid and phenyl acetate. 2% (v/v) stocks of fresh and
used car motor oil 10W30 were also tested. Chemical doses used are given in
mL in the file name. medium plates were imaged after two weeks of growth at room temperature (22C)
