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dTAG protein degradation assay for the targeted degradation of proteins of interest

23 Oct 2024

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How to optimize the focal height of your microplate reader measurements

17 Sept 2024

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How to optimize the gain setting of your microplate reader

11 Sept 2024

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How to reduce data variability in heterogeneous cell samples

11 Sept 2024

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How to deal with path length and meniscus in microplates

11 Sept 2024

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How the number of flashes in microplate readers influence measurement results

11 Sept 2024

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How to reduce autofluorescence in cell-based assays

11 Sept 2024

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How to choose the best microplate color for your assay

11 Sept 2024

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Microplate-based assays in virology research

1 Mar 2024

Application eBooks

Microplate-based assays in microbiology research

23 Feb 2024

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Measuring protein ligand binding with an endogenous HiBiT CETSA test system

21 Feb 2024

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The Advanced Assay Stability system for temperature-sensitive assays

21 Feb 2024

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Real-time cell motility tracking increases the throughput of scratch wound assays

21 Feb 2024

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Microplate-based cellular assays eBook

25 Jul 2023

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PHERAstar® FSX Product Brochure

7 Feb 2023

Product Brochures

NEPHELOstar® Plus: Laser-Based Microplate Nephelometer for Light Scattering Detection

7 Feb 2023

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CLARIOstar Brochure

7 Feb 2023

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VANTAstar - Flexible plate reader with simplified workflows

7 Feb 2023

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THERMOstar: Intelligent microplate incubation & shaking

7 Feb 2023

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SPECTROstar® Nano Product Brochure

6 Feb 2023

Product Brochures

FLUOstar® Omega: The Microplate Reader for Life Science Research

6 Feb 2023

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Testing novel bacteriophages for antibacterial properties with a crystal violet biofilm quantification assay

3 Jan 2023

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Cell-based assay detects residual NSAIDs in effluent of municipal wastewater treatment

2 Nov 2022

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Excellent assay performance of THUNDER TR-FRET cell-based cytokine assays performed on the PHERAstar FSX

14 Aug 2022

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Establishing luminescence-based assays: miniaturized experiments help to optimize results

14 Aug 2022

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Selected Filters:

dTAG protein degradation assay for the targeted degradation of proteins of interest

How to optimize the focal height of your microplate reader measurements

How to optimize the gain setting of your microplate reader

How to reduce data variability in heterogeneous cell samples

How to deal with path length and meniscus in microplates

How the number of flashes in microplate readers influence measurement results

How to reduce autofluorescence in cell-based assays

How to choose the best microplate color for your assay

Microplate-based assays in virology research

Microplate-based assays in microbiology research

Measuring protein ligand binding with an endogenous HiBiT CETSA test system

The Advanced Assay Stability system for temperature-sensitive assays

Real-time cell motility tracking increases the throughput of scratch wound assays

Microplate-based cellular assays eBook

PHERAstar<sup>®</sup> FSX Product Brochure

NEPHELOstar<sup>®</sup> Plus: Laser-Based Microplate Nephelometer for Light Scattering Detection

CLARIOstar Brochure

VANTAstar - Flexible plate reader with simplified workflows

THERMOstar: Intelligent microplate incubation & shaking

SPECTROstar<sup>®</sup> Nano Product Brochure

FLUOstar<sup>®</sup> Omega: The Microplate Reader for Life Science Research

Testing novel bacteriophages for antibacterial properties with a crystal violet biofilm quantification assay

Cell-based assay detects residual NSAIDs in effluent of municipal wastewater treatment

Excellent assay performance of THUNDER TR-FRET cell-based cytokine assays performed on the PHERAstar FSX

Establishing luminescence-based assays: miniaturized experiments help to optimize results

Resources

Resources FilterResources Filter

Search

Selected Filters:

dTAG protein degradation assay for the targeted degradation of proteins of interest

How to optimize the focal height of your microplate reader measurements

How to optimize the gain setting of your microplate reader

How to reduce data variability in heterogeneous cell samples

How to deal with path length and meniscus in microplates

How the number of flashes in microplate readers influence measurement results

How to reduce autofluorescence in cell-based assays

How to choose the best microplate color for your assay

Microplate-based assays in virology research

Microplate-based assays in microbiology research

Measuring protein ligand binding with an endogenous HiBiT CETSA test system

The Advanced Assay Stability system for temperature-sensitive assays

Real-time cell motility tracking increases the throughput of scratch wound assays

Microplate-based cellular assays eBook

PHERAstar<sup>®</sup> FSX Product Brochure

NEPHELOstar<sup>®</sup> Plus: Laser-Based Microplate Nephelometer for Light Scattering Detection

CLARIOstar Brochure

VANTAstar - Flexible plate reader with simplified workflows

THERMOstar: Intelligent microplate incubation & shaking

SPECTROstar<sup>®</sup> Nano Product Brochure

FLUOstar<sup>®</sup> Omega: The Microplate Reader for Life Science Research

Testing novel bacteriophages for antibacterial properties with a crystal violet biofilm quantification assay

Cell-based assay detects residual NSAIDs in effluent of municipal wastewater treatment

Excellent assay performance of THUNDER TR-FRET cell-based cytokine assays performed on the PHERAstar FSX

Establishing luminescence-based assays: miniaturized experiments help to optimize results

Resources Filter