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growth kinetics optical density readings  (F1000Research)

 
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    F1000Research growth kinetics optical density readings
    Uncorrected <t>growth</t> <t>kinetics</t> of columns 10 (panel A ), 11 (panel B ) and 12 (panel C ) of the 96-well plate in Experiment 2. In these three columns excluding well A12 (n=23), the threshold ΔOD 650 value of 0.02 corresponded to a mean ± standard deviation uncorrected OD 650 of 0.0988 ± 0.0053, which corresponds to a %RSD of 5.4. The biphasic curve in well A12 was unique among the 96 wells analyzed in this assay, and is caused by an initial phase of <t>optical</t> <t>density</t> increase caused by condensation on the lid followed by a second phase caused by increased turbidity due to cell growth within the well.
    Growth Kinetics Optical Density Readings, supplied by F1000Research, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/growth+kinetics+optical+density+readings/growth+kinetics+optical+density+readings/pmc04309163-132-0-10
    Average 90 stars, based on 1 article reviews
    growth kinetics optical density readings - by Bioz Stars, 2026-10
    90/100 stars

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    1) Product Images from "Safety, efficacy and utility of methods of transferring adhesive and cohesive Escherichia coli cells to microplates to avoid aerosols"

    Article Title: Safety, efficacy and utility of methods of transferring adhesive and cohesive Escherichia coli cells to microplates to avoid aerosols

    Journal: F1000Research

    doi: 10.12688/f1000research.5659.2

    Uncorrected growth kinetics of columns 10 (panel A ), 11 (panel B ) and 12 (panel C ) of the 96-well plate in Experiment 2. In these three columns excluding well A12 (n=23), the threshold ΔOD 650 value of 0.02 corresponded to a mean ± standard deviation uncorrected OD 650 of 0.0988 ± 0.0053, which corresponds to a %RSD of 5.4. The biphasic curve in well A12 was unique among the 96 wells analyzed in this assay, and is caused by an initial phase of optical density increase caused by condensation on the lid followed by a second phase caused by increased turbidity due to cell growth within the well.
    Figure Legend Snippet: Uncorrected growth kinetics of columns 10 (panel A ), 11 (panel B ) and 12 (panel C ) of the 96-well plate in Experiment 2. In these three columns excluding well A12 (n=23), the threshold ΔOD 650 value of 0.02 corresponded to a mean ± standard deviation uncorrected OD 650 of 0.0988 ± 0.0053, which corresponds to a %RSD of 5.4. The biphasic curve in well A12 was unique among the 96 wells analyzed in this assay, and is caused by an initial phase of optical density increase caused by condensation on the lid followed by a second phase caused by increased turbidity due to cell growth within the well.

    Techniques Used: Standard Deviation

    Related Articles

    Standard Deviation:

    Article Title: Safety, efficacy and utility of methods of transferring adhesive and cohesive Escherichia coli cells to microplates to avoid aerosols
    Article Snippet: Growth kinetics optical density readings for Experiments 1 and 2, 10.5256/f1000research.5659.d38055 ( ).



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    growth kinetics optical density readings  (F1000Research)
    90
    F1000Research growth kinetics optical density readings
    Uncorrected <t>growth</t> <t>kinetics</t> of columns 10 (panel A ), 11 (panel B ) and 12 (panel C ) of the 96-well plate in Experiment 2. In these three columns excluding well A12 (n=23), the threshold ΔOD 650 value of 0.02 corresponded to a mean ± standard deviation uncorrected OD 650 of 0.0988 ± 0.0053, which corresponds to a %RSD of 5.4. The biphasic curve in well A12 was unique among the 96 wells analyzed in this assay, and is caused by an initial phase of <t>optical</t> <t>density</t> increase caused by condensation on the lid followed by a second phase caused by increased turbidity due to cell growth within the well.
    Growth Kinetics Optical Density Readings, supplied by F1000Research, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/growth+kinetics+optical+density+readings/growth+kinetics+optical+density+readings/pmc04309163-132-0-10
    Average 90 stars, based on 1 article reviews
    growth kinetics optical density readings - by Bioz Stars, 2026-10
    90/100 stars
    		  Buy from Supplier

    Image Search Results


    Uncorrected growth kinetics of columns 10 (panel A ), 11 (panel B ) and 12 (panel C ) of the 96-well plate in Experiment 2. In these three columns excluding well A12 (n=23), the threshold ΔOD 650 value of 0.02 corresponded to a mean ± standard deviation uncorrected OD 650 of 0.0988 ± 0.0053, which corresponds to a %RSD of 5.4. The biphasic curve in well A12 was unique among the 96 wells analyzed in this assay, and is caused by an initial phase of optical density increase caused by condensation on the lid followed by a second phase caused by increased turbidity due to cell growth within the well.

    Journal: F1000Research

    Article Title: Safety, efficacy and utility of methods of transferring adhesive and cohesive Escherichia coli cells to microplates to avoid aerosols

    doi: 10.12688/f1000research.5659.2

    Figure Lengend Snippet: Uncorrected growth kinetics of columns 10 (panel A ), 11 (panel B ) and 12 (panel C ) of the 96-well plate in Experiment 2. In these three columns excluding well A12 (n=23), the threshold ΔOD 650 value of 0.02 corresponded to a mean ± standard deviation uncorrected OD 650 of 0.0988 ± 0.0053, which corresponds to a %RSD of 5.4. The biphasic curve in well A12 was unique among the 96 wells analyzed in this assay, and is caused by an initial phase of optical density increase caused by condensation on the lid followed by a second phase caused by increased turbidity due to cell growth within the well.

    Article Snippet: Growth kinetics optical density readings for Experiments 1 and 2, 10.5256/f1000research.5659.d38055 ( ).

    Techniques: Standard Deviation