2-methyl-2-propanol tba Search Results


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  • 99
    Millipore mtbe
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Mtbe, supplied by Millipore, used in various techniques. Bioz Stars score: 99/100, based on 141 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    99
    Millipore potassium phosphate dibasic
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Potassium Phosphate Dibasic, supplied by Millipore, used in various techniques. Bioz Stars score: 99/100, based on 222 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    98
    Millipore isobutanol
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Isobutanol, supplied by Millipore, used in various techniques. Bioz Stars score: 98/100, based on 76 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    93
    Millipore calcium carbide
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Calcium Carbide, supplied by Millipore, used in various techniques. Bioz Stars score: 93/100, based on 27 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    99
    Millipore isopropanol reagents
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Isopropanol Reagents, supplied by Millipore, used in various techniques. Bioz Stars score: 99/100, based on 52 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    99
    Millipore hydroxytoluene bht
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Hydroxytoluene Bht, supplied by Millipore, used in various techniques. Bioz Stars score: 99/100, based on 841 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    98
    Millipore 2 3 4 5 6 pentafluorobenzyl bromide pfb br
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    2 3 4 5 6 Pentafluorobenzyl Bromide Pfb Br, supplied by Millipore, used in various techniques. Bioz Stars score: 98/100, based on 8 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    99
    Millipore 2 7 dichloro fluorescein diacetate dcf da
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    2 7 Dichloro Fluorescein Diacetate Dcf Da, supplied by Millipore, used in various techniques. Bioz Stars score: 99/100, based on 22 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    85
    Millipore 2 methylpentane
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    2 Methylpentane, supplied by Millipore, used in various techniques. Bioz Stars score: 85/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    93
    Millipore 2 pentanol
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    2 Pentanol, supplied by Millipore, used in various techniques. Bioz Stars score: 93/100, based on 4 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    99
    Millipore dulbecco s phosphate buffered saline
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Dulbecco S Phosphate Buffered Saline, supplied by Millipore, used in various techniques. Bioz Stars score: 99/100, based on 2468 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    95
    Millipore benzyl isothiocyanate
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Benzyl Isothiocyanate, supplied by Millipore, used in various techniques. Bioz Stars score: 95/100, based on 16 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    94
    Millipore benzyl cyanide
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Benzyl Cyanide, supplied by Millipore, used in various techniques. Bioz Stars score: 94/100, based on 12 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    95
    Millipore tetrabutylammonium sulfate
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Tetrabutylammonium Sulfate, supplied by Millipore, used in various techniques. Bioz Stars score: 95/100, based on 3 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    Millipore potassium thiocyanate
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
    Potassium Thiocyanate, supplied by Millipore, used in various techniques. Bioz Stars score: 99/100, based on 101 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    99
    Millipore sodium tetraborate decahydrate
    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
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    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
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    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
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    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
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    Kinetics of <t>MTBE</t> and <t>TBA</t> oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.
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    Effect of pretreatment with different concentrations of D-512 on production of <t>thiobarbituric</t> acid reactive substances production induced by SNP (200 μM). Control data represents cells not treated with SNP and is represented as 100% with respect
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    Effect of pretreatment with different concentrations of D-512 on production of <t>thiobarbituric</t> acid reactive substances production induced by SNP (200 μM). Control data represents cells not treated with SNP and is represented as 100% with respect
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    Effect of pretreatment with different concentrations of D-512 on production of <t>thiobarbituric</t> acid reactive substances production induced by SNP (200 μM). Control data represents cells not treated with SNP and is represented as 100% with respect
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    Effect of pretreatment with different concentrations of D-512 on production of <t>thiobarbituric</t> acid reactive substances production induced by SNP (200 μM). Control data represents cells not treated with SNP and is represented as 100% with respect
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    Image Search Results


    Kinetics of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.

    Journal: Applied and Environmental Microbiology

    Article Title: Characterization of the Initial Reactions during the Cometabolic Oxidation of Methyl tert-Butyl Ether by Propane-Grown Mycobacterium vaccae JOB5

    doi: 10.1128/AEM.69.2.796-804.2003

    Figure Lengend Snippet: Kinetics of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5. The figure shows the effect of various concentrations of propane on the rate of MTBE and TBA oxidation. Propane-grown cells (∼1 mg of total protein) were incubated for 30 min with a fixed initial concentration of either MTBE (0.9 mM aqueous concentration) or TBA (1 mM aqueous concentration) in the presence of the indicated aqueous concentrations of propane. The aqueous concentrations of propane were estimated from the partial pressure of propane added to the gas phase of the reaction vials by assuming that the small volumes of gas added (≤5% of gas phase) had a negligible effect on the total gas pressure within the reaction vial. The plot shows the percent inhibition of MTBE (○) and TBA (•) consumption at each propane concentration, compared to the amount of each substrate consumed in the absence of propane. The figure shows the resulting curves generated when the values for percent inhibition were fitted by computer, as described in Materials and Methods. The inset shows the rates of MTBE and TBA oxidation by propane-grown cells of M. vaccae JOB5 plotted versus initial substrate concentration. For each datum point, cells (0.8 mg total protein) were incubated with the indicated concentration of MTBE or TBA and the initial rate (0 to 30 min) of substrate consumption was determined by GC, as described in Materials and Methods. The figure shows the resulting curves generated when the calculated rates of substrate consumption for MTBE (▪) and TBA (▴) were fitted by computer, as described in Materials and Methods.

    Article Snippet: TBF (97% purity), tert -butyl acetate (TBAc) ( > 99% purity), tert -butyl propionate (TBP) (99% purity), TBA ( > 99% purity), 1-propanol (99.5% purity), 2-propanol (99.5% purity), MTBE (99.8% purity), and calcium carbide ( ∼ 80% purity; for acetylene generation) were obtained from Aldrich Chemical Co., Inc. (Milwaukee, Wis.).

    Techniques: Incubation, Concentration Assay, Inhibition, Generated

    Time course of MTBE oxidation by propane-grown cells of M. vaccae JOB5. Propane-grown cells (1 mg of total protein) were incubated with MTBE (1.4 μmol) in glass serum vials, as described in Materials and Methods. The figure shows the time course for consumption of MTBE (▾) and production of TBF (•) and TBA (○), as determined by GC. The inset panel shows the total amount of reactants and products detected (▪) and the percentage of total detected products present as TBF (•) and TBA (○) at each time point.

    Journal: Applied and Environmental Microbiology

    Article Title: Characterization of the Initial Reactions during the Cometabolic Oxidation of Methyl tert-Butyl Ether by Propane-Grown Mycobacterium vaccae JOB5

    doi: 10.1128/AEM.69.2.796-804.2003

    Figure Lengend Snippet: Time course of MTBE oxidation by propane-grown cells of M. vaccae JOB5. Propane-grown cells (1 mg of total protein) were incubated with MTBE (1.4 μmol) in glass serum vials, as described in Materials and Methods. The figure shows the time course for consumption of MTBE (▾) and production of TBF (•) and TBA (○), as determined by GC. The inset panel shows the total amount of reactants and products detected (▪) and the percentage of total detected products present as TBF (•) and TBA (○) at each time point.

    Article Snippet: TBF (97% purity), tert -butyl acetate (TBAc) ( > 99% purity), tert -butyl propionate (TBP) (99% purity), TBA ( > 99% purity), 1-propanol (99.5% purity), 2-propanol (99.5% purity), MTBE (99.8% purity), and calcium carbide ( ∼ 80% purity; for acetylene generation) were obtained from Aldrich Chemical Co., Inc. (Milwaukee, Wis.).

    Techniques: Incubation

    GC analysis of reaction products of MTBE oxidation by propane-grown cells of M. vaccae JOB5. The chromatogram in panel A shows the chromatographic separation of TBA, MTBE, and TBF and the relative response of the flame ionization detector for aqueous samples (2 μl) taken from reaction vials incubated at 30°C. The vials (10 ml) contained buffer (1 ml) and 1 μmol of each compound. Panel B shows the accumulation of TBF and TBA when propane-grown cells (0.83 mg of total protein) were incubated with MTBE (1 μmol) for 1 h at 30°C, as described in Materials and Methods. Panel C shows the effect of acetylene (10% [vol/vol], gas phase) on the oxidation of MTBE and the production of TBA and TBF under the conditions described for panel B.

    Journal: Applied and Environmental Microbiology

    Article Title: Characterization of the Initial Reactions during the Cometabolic Oxidation of Methyl tert-Butyl Ether by Propane-Grown Mycobacterium vaccae JOB5

    doi: 10.1128/AEM.69.2.796-804.2003

    Figure Lengend Snippet: GC analysis of reaction products of MTBE oxidation by propane-grown cells of M. vaccae JOB5. The chromatogram in panel A shows the chromatographic separation of TBA, MTBE, and TBF and the relative response of the flame ionization detector for aqueous samples (2 μl) taken from reaction vials incubated at 30°C. The vials (10 ml) contained buffer (1 ml) and 1 μmol of each compound. Panel B shows the accumulation of TBF and TBA when propane-grown cells (0.83 mg of total protein) were incubated with MTBE (1 μmol) for 1 h at 30°C, as described in Materials and Methods. Panel C shows the effect of acetylene (10% [vol/vol], gas phase) on the oxidation of MTBE and the production of TBA and TBF under the conditions described for panel B.

    Article Snippet: TBF (97% purity), tert -butyl acetate (TBAc) ( > 99% purity), tert -butyl propionate (TBP) (99% purity), TBA ( > 99% purity), 1-propanol (99.5% purity), 2-propanol (99.5% purity), MTBE (99.8% purity), and calcium carbide ( ∼ 80% purity; for acetylene generation) were obtained from Aldrich Chemical Co., Inc. (Milwaukee, Wis.).

    Techniques: Incubation

    Effects of acetylene of MTBE oxidation by propane-grown cells of M. vaccae JOB5. Propane-grown cells (1.8 mg of total protein) were incubated with MTBE (1.4 μmol) in glass serum vials, as described in Materials and Methods. The figure shows the amount of MTBE consumed (▪, □) and the amount of TBF (▴, ▵), TBA (▾, ▿), and total detected products (TBA plus TBF) (•, ○) detected by GC plotted against time. The open symbols are for a control reaction that was allowed to proceed without intervention. The closed symbols are for an identical reaction to which acetylene (10% [vol/vol], gas phase) was added after 40 min (solid line).

    Journal: Applied and Environmental Microbiology

    Article Title: Characterization of the Initial Reactions during the Cometabolic Oxidation of Methyl tert-Butyl Ether by Propane-Grown Mycobacterium vaccae JOB5

    doi: 10.1128/AEM.69.2.796-804.2003

    Figure Lengend Snippet: Effects of acetylene of MTBE oxidation by propane-grown cells of M. vaccae JOB5. Propane-grown cells (1.8 mg of total protein) were incubated with MTBE (1.4 μmol) in glass serum vials, as described in Materials and Methods. The figure shows the amount of MTBE consumed (▪, □) and the amount of TBF (▴, ▵), TBA (▾, ▿), and total detected products (TBA plus TBF) (•, ○) detected by GC plotted against time. The open symbols are for a control reaction that was allowed to proceed without intervention. The closed symbols are for an identical reaction to which acetylene (10% [vol/vol], gas phase) was added after 40 min (solid line).

    Article Snippet: TBF (97% purity), tert -butyl acetate (TBAc) ( > 99% purity), tert -butyl propionate (TBP) (99% purity), TBA ( > 99% purity), 1-propanol (99.5% purity), 2-propanol (99.5% purity), MTBE (99.8% purity), and calcium carbide ( ∼ 80% purity; for acetylene generation) were obtained from Aldrich Chemical Co., Inc. (Milwaukee, Wis.).

    Techniques: Incubation

    Effect of pretreatment with different concentrations of D-512 on production of thiobarbituric acid reactive substances production induced by SNP (200 μM). Control data represents cells not treated with SNP and is represented as 100% with respect

    Journal: Journal of neurochemistry

    Article Title: The high-affinity D2/D3 agonist D512 protects PC12 cells from 6-OHDA-induced apoptotic cell death and rescues dopaminergic neurons in the MPTP mouse model of Parkinson’s disease

    doi: 10.1111/jnc.12767

    Figure Lengend Snippet: Effect of pretreatment with different concentrations of D-512 on production of thiobarbituric acid reactive substances production induced by SNP (200 μM). Control data represents cells not treated with SNP and is represented as 100% with respect

    Article Snippet: 6-hydroxydopamine hydrochloride, dimethyl sulfoxide, methyl thiazolyl blue tetrazolium bromide (MTT), thiobarbituric acid, 2′,7′-dichloro-fluorescein diacetate (DCF-DA), Dulbecco’s phosphate-buffered saline, Triton-x-100, ribonuclease A, and proteinase K were purchased from Sigma-Aldrich.

    Techniques: