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low profile pcr plates  (Bio-Rad)


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    Bio-Rad low profile pcr plates
    Low Profile Pcr Plates, supplied by Bio-Rad, used in various techniques. Bioz Stars score: 96/100, based on 1389 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/low+profile+hard+shell+96+well+pcr+plate/pm41806218-59-5-8?v=Bio-Rad
    Average 96 stars, based on 1389 article reviews
    low profile pcr plates - by Bioz Stars, 2026-07
    96/100 stars

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    low profile pcr plates  (Bio-Rad)
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    Low Profile Pcr Plates, supplied by Bio-Rad, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    low profile hard shell 96 well pcr plate  (Bio-Rad)
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    Thermodynamic decoupling of CBM and catalytic-domain melting in D5 CBM2a–WT Cel6B retains catalytic-domain thermostability. Enzyme melt curves comparing the native enzyme (dashed black line) to purified ( A ) D3 CBM2a–WT Cel6B, ( B ) D5 CBM2a–WT Cel6B, ( C ) D7 CBM2a–WT Cel6B, and ( D ) D7 CBM2a–D5 Cel6B. Thermal shift assays were conducted using 5 µL of 50 × SYPRO orange dye, 2.5 µL of 1 M sodium phosphate pH 6.0, 17.5 µL of DI water, and 25 µL of 10 µM protein dilution (in DI water) in an optically <t>clear</t> <t>96-well</t> PCR plate. Heat denaturation and subsequent fluorescent signal monitoring were done in a Bio-Rad CFX Opus 96 real-time PCR system by equilibrating samples first to 25 °C and heating to 99 °C with a 0.5 °C increment and 5 s read time. All proteins were tested in quadruplicates and data were processed in MATLAB to average replicates, subtract background fluorescence of a water blank, and smooth curves
    Low Profile Hard Shell 96 Well Pcr Plate, supplied by Bio-Rad, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    Thermodynamic decoupling of CBM and catalytic-domain melting in D5 CBM2a–WT Cel6B retains catalytic-domain thermostability. Enzyme melt curves comparing the native enzyme (dashed black line) to purified ( A ) D3 CBM2a–WT Cel6B, ( B ) D5 CBM2a–WT Cel6B, ( C ) D7 CBM2a–WT Cel6B, and ( D ) D7 CBM2a–D5 Cel6B. Thermal shift assays were conducted using 5 µL of 50 × SYPRO orange dye, 2.5 µL of 1 M sodium phosphate pH 6.0, 17.5 µL of DI water, and 25 µL of 10 µM protein dilution (in DI water) in an optically <t>clear</t> <t>96-well</t> PCR plate. Heat denaturation and subsequent fluorescent signal monitoring were done in a Bio-Rad CFX Opus 96 real-time PCR system by equilibrating samples first to 25 °C and heating to 99 °C with a 0.5 °C increment and 5 s read time. All proteins were tested in quadruplicates and data were processed in MATLAB to average replicates, subtract background fluorescence of a water blank, and smooth curves
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    hard shell low profile thin wall 96 white well skirted pcr plates  (Bio-Rad)
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    Thermodynamic decoupling of CBM and catalytic-domain melting in D5 CBM2a–WT Cel6B retains catalytic-domain thermostability. Enzyme melt curves comparing the native enzyme (dashed black line) to purified ( A ) D3 CBM2a–WT Cel6B, ( B ) D5 CBM2a–WT Cel6B, ( C ) D7 CBM2a–WT Cel6B, and ( D ) D7 CBM2a–D5 Cel6B. Thermal shift assays were conducted using 5 µL of 50 × SYPRO orange dye, 2.5 µL of 1 M sodium phosphate pH 6.0, 17.5 µL of DI water, and 25 µL of 10 µM protein dilution (in DI water) in an optically <t>clear</t> <t>96-well</t> PCR plate. Heat denaturation and subsequent fluorescent signal monitoring were done in a Bio-Rad CFX Opus 96 real-time PCR system by equilibrating samples first to 25 °C and heating to 99 °C with a 0.5 °C increment and 5 s read time. All proteins were tested in quadruplicates and data were processed in MATLAB to average replicates, subtract background fluorescence of a water blank, and smooth curves
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    low profile skirted 96 well plates  (Bio-Rad)
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    Thermodynamic decoupling of CBM and catalytic-domain melting in D5 CBM2a–WT Cel6B retains catalytic-domain thermostability. Enzyme melt curves comparing the native enzyme (dashed black line) to purified ( A ) D3 CBM2a–WT Cel6B, ( B ) D5 CBM2a–WT Cel6B, ( C ) D7 CBM2a–WT Cel6B, and ( D ) D7 CBM2a–D5 Cel6B. Thermal shift assays were conducted using 5 µL of 50 × SYPRO orange dye, 2.5 µL of 1 M sodium phosphate pH 6.0, 17.5 µL of DI water, and 25 µL of 10 µM protein dilution (in DI water) in an optically <t>clear</t> <t>96-well</t> PCR plate. Heat denaturation and subsequent fluorescent signal monitoring were done in a Bio-Rad CFX Opus 96 real-time PCR system by equilibrating samples first to 25 °C and heating to 99 °C with a 0.5 °C increment and 5 s read time. All proteins were tested in quadruplicates and data were processed in MATLAB to average replicates, subtract background fluorescence of a water blank, and smooth curves
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    hardshell low profile thin wall 96  (Bio-Rad)
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    Thermodynamic decoupling of CBM and catalytic-domain melting in D5 CBM2a–WT Cel6B retains catalytic-domain thermostability. Enzyme melt curves comparing the native enzyme (dashed black line) to purified ( A ) D3 CBM2a–WT Cel6B, ( B ) D5 CBM2a–WT Cel6B, ( C ) D7 CBM2a–WT Cel6B, and ( D ) D7 CBM2a–D5 Cel6B. Thermal shift assays were conducted using 5 µL of 50 × SYPRO orange dye, 2.5 µL of 1 M sodium phosphate pH 6.0, 17.5 µL of DI water, and 25 µL of 10 µM protein dilution (in DI water) in an optically <t>clear</t> <t>96-well</t> PCR plate. Heat denaturation and subsequent fluorescent signal monitoring were done in a Bio-Rad CFX Opus 96 real-time PCR system by equilibrating samples first to 25 °C and heating to 99 °C with a 0.5 °C increment and 5 s read time. All proteins were tested in quadruplicates and data were processed in MATLAB to average replicates, subtract background fluorescence of a water blank, and smooth curves
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    Thermodynamic decoupling of CBM and catalytic-domain melting in D5 CBM2a–WT Cel6B retains catalytic-domain thermostability. Enzyme melt curves comparing the native enzyme (dashed black line) to purified ( A ) D3 CBM2a–WT Cel6B, ( B ) D5 CBM2a–WT Cel6B, ( C ) D7 CBM2a–WT Cel6B, and ( D ) D7 CBM2a–D5 Cel6B. Thermal shift assays were conducted using 5 µL of 50 × SYPRO orange dye, 2.5 µL of 1 M sodium phosphate pH 6.0, 17.5 µL of DI water, and 25 µL of 10 µM protein dilution (in DI water) in an optically clear 96-well PCR plate. Heat denaturation and subsequent fluorescent signal monitoring were done in a Bio-Rad CFX Opus 96 real-time PCR system by equilibrating samples first to 25 °C and heating to 99 °C with a 0.5 °C increment and 5 s read time. All proteins were tested in quadruplicates and data were processed in MATLAB to average replicates, subtract background fluorescence of a water blank, and smooth curves

    Journal: Biotechnology for Biofuels and Bioproducts

    Article Title: There is an “I” in team: individual improvements in supercharged cellulase cocktail facilitates cooperative cellulose degradation

    doi: 10.1186/s13068-026-02740-y

    Figure Lengend Snippet: Thermodynamic decoupling of CBM and catalytic-domain melting in D5 CBM2a–WT Cel6B retains catalytic-domain thermostability. Enzyme melt curves comparing the native enzyme (dashed black line) to purified ( A ) D3 CBM2a–WT Cel6B, ( B ) D5 CBM2a–WT Cel6B, ( C ) D7 CBM2a–WT Cel6B, and ( D ) D7 CBM2a–D5 Cel6B. Thermal shift assays were conducted using 5 µL of 50 × SYPRO orange dye, 2.5 µL of 1 M sodium phosphate pH 6.0, 17.5 µL of DI water, and 25 µL of 10 µM protein dilution (in DI water) in an optically clear 96-well PCR plate. Heat denaturation and subsequent fluorescent signal monitoring were done in a Bio-Rad CFX Opus 96 real-time PCR system by equilibrating samples first to 25 °C and heating to 99 °C with a 0.5 °C increment and 5 s read time. All proteins were tested in quadruplicates and data were processed in MATLAB to average replicates, subtract background fluorescence of a water blank, and smooth curves

    Article Snippet: Briefly, 5 μL of 50 × SYPRO orange dye (Thermo Fischer Scientific), 2.5 μL of 1 M sodium phosphate buffer pH 6.0, 17.5 μL of DI water, and 25 μL of 10 μM protein dilution were added to a clear low-profile Hard-Shell 96-well PCR plate (Bio-Rad) and sealed with an optically clear adhesive Microseal “B” plate seal (Bio-Rad).

    Techniques: Purification, Real-time Polymerase Chain Reaction, Fluorescence