Assay Kits
Our assay kits offer a user-friendly solution for diverse applications in life science research, drug discovery, and bioassays. Designed for compatibility with our instruments, these robust kits ensure seamless integration with laboratory workflows. Specifically, our rapid quantification assays, available in both 96- and 384-well microplate formats, deliver quick results within minutes, streamlining the research and development process. Built using high-performance antibodies selected for their specificity and consistency, our kits ensure reliable results while minimizing unnecessary steps and setup time, bringing greater speed and simplicity to your workflow without compromising on quality.
Biochemical Assays ->
Our assay kits represent the pinnacle of speed and simplicity in quantification assay, outclassing conventional techniques such as ELISA and HPLC. The fluorescent and luminescent microplate reader assay kits we offer are unparalleled in their efficiency, providing a rapid and user-friendly alternative to time-consuming methods. Designed for compatibility with FLIPR instruments, our high throughput screening assay kits empower researchers to conduct extensive analyses swiftly and accurately. The unique ScanLater system enables unparalleled western blot detection, enhancing the capabilities of our assay kits for a diverse range of applications.
Our SimpleStep ELISA® kits are streamlined sandwich ELISA assays designed for maximum simplicity and efficiency. Unlike conventional sandwich ELISAs that can take over three hours, SimpleStep ELISA® kits deliver results in just 90 minutes, with only a single wash step, while maintaining high performance through the use of recombinant antibodies for superior specificity. The CatchPoint® SimpleStep ELISA kits incorporate a fluorescent substrate that enhances linearity across a broader dynamic range compared to the commonly used colorimetric TMB substrate. The comprehensive IHC solutions we offer, featuring validated monoclonal antibodies, advanced detection kits, and optimized reagents, are designed to deliver high-specificity, high-sensitivity staining for reliable, reproducible results from the first experiment. From single to triple-antigen detection, our streamlined tools and secondary antibodies simplify your workflow while enhancing the accuracy and clarity of your immunohistochemistry research. Our ChIP kits are designed for fast, efficient chromatin immunoprecipitation across a wide range of sample types, including plant tissues, FFPE, and low cell numbers.
By streamlining these processes, our kits not only save valuable time in the laboratory but also significantly improve overall productivity and efficiency. Researchers can now achieve robust results with ease, making our biochemical assay kits an indispensable tool in the field of life science research and drug development.
biochemical-assays
Biochemical Assays
Discover the precision, reliability, and versatility of our biochemical assays designed to drive modern biological research. Whether you’re uncovering the intricate mechanisms of enzyme activity, studying molecular interactions, identifying the binding behavior of compounds to receptors, or quantifying vital metabolites, our portfolio of biochemical assays provides the scientific rigor you need to accelerate breakthroughs and innovate in the fields of in biochemistry, drug development, and biotechnology.
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cell-based-assays
Cell Based Assays
Unlock the power of cellular research with our advanced cell-based assays. These tools analyze key processes like apoptosis, proliferation, and metabolism, delivering precise and reliable insights. Choose from genetic modification assays for enhanced accuracy or chemical-based assays for dynamic cellular analysis. Designed for seamless integration, our assays cater to live cells, lysates, and biofluids across a range of research areas. Ensuring robust performance, these assays provide impactful, actionable data for your scientific breakthroughs.
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We see a way to screen for protein aggregation across 96 samples in as little as 15 minutes.
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elisa-kits
ELISA kits
Our ELISA test kits provide comprehensive solutions for detecting and quantifying proteins and small molecules in biological samples. These kits ensure high sensitivity, specificity, and reproducibility. Designed for high-throughput screening, our ELISA kits deliver rapid, reliable results, making them ideal for automated workflows.
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enzyme-activity-assays
Enzyme Activity Assays
Our enzyme activity assays are key tools in research and pre-clinical drug development, helping scientists understand enzyme efficiency and regulatory mechanisms. Various assay types, including spectrophotometric and fluorometric techniques, cater to different research needs. The sensitivity and specificity of our enzyme activity assays make them essential for studying various biological processes.
Features
Essential features of our Assay Kits
- The assay kits we offer are characterized by their exceptional accuracy and precision, with results exhibiting a strong correlation to industry-standard techniques such as Protein A HPLC and BLI. This correlation ensures reliability and reinforces the credibility of the obtained data.
- By providing accurate results, our assay kits enable researchers to prioritize leads and direct medicinal chemistry efforts earlier in the research process. This not only improves overall productivity but also contributes to cost reduction associated with extensive downstream safety testing.
- Optimized for use with microplate readers, our assay kits feature a no-wash, homogeneous assay protocol. This protocol allows for the comprehensive characterization of a complete concentration-response profile of test compounds.
- The preconfigured protocols included in the SoftMax® Pro Software simplify data acquisition and analysis, streamlining the research workflow.
- Our cell assay kits incorporate a fluorescent substrate, enhancing linearity over an extended dynamic range. This improvement facilitates better quantification at both the lower and upper ends of the curve, providing researchers with more reliable and comprehensive data.
- Moreover, the molecular biology assay kits maximize fluorescent signals from a wide range of cell types, reducing cell wash artifacts and minimizing well-to-well variability. This, in turn, improves the assay quality (Z' factor) and reliability (CV %) of high-throughput screens.
- SimpleStep ELISA® offers high sensitivity and specificity from recombinant antibodies, validation on biological samples, a quick 90-minute single-wash protocol, and breakable 96-well plates, delivering reliable results, streamlined workflows, and flexible experimental design.
- CatchPoint® SimpleStep ELISA offers a stable signal lasting up to 24 hours, allowing flexible result readout at your convenience. It delivers uncompromised sensitivity through optimized assay development and ensures consistent, reproducible performance with high-quality, tightly controlled antibodies.
- Our rigorously validated double- and triple-staining IHC kits and secondary antibodies deliver exceptional quality, minimal background, and robust signal amplification, providing researchers with clear, precise results while conserving valuable samples and streamlining workflows through comprehensive reagents and detailed protocols.
- Paired with our highly validated ChIP-grade antibodies, the ChIP kits deliver the sensitivity and reliability needed for successful downstream qPCR or sequencing analysis
Applications
Applications of Assay Kits
- IgG titer tests prove beneficial in the screening of clones throughout the process of drug discovery and development.
- Researchers aiming to detect cardiotoxic compounds can leverage the EarlyTox™ Cardiotoxicity Kit to assess a larger number of compounds at an earlier stage in the drug discovery process.
- The SpectraMax® Quant™ dsDNA Assay Kits are specifically crafted for the fluorescence-based quantification of dsDNA over a wide range of concentrations.
- The FLIPR® Calcium Assay Kits serve as the preferred platform for monitoring intracellular calcium changes, making them an ideal choice for applications in drug discovery and basic research.
- The EarlyTox™ Cell Integrity Kit facilitates the discrimination between live and dead cells through the use of fluorescent labeling.
- CatchPoint® SimpleStep ELISA® kits utilize a fluorescent substrate, enhancing linearity over an extended dynamic range for improved quantification at both lower and upper curve ends.
- Enzyme - IMAP Assays utilize IMAP® technology, providing a homogeneous assay applicable to a wide variety of enzymes, including kinases, phosphatases, and phosphodiesterases, without being dependent on the substrate peptide sequence.
- The ScanLater Western Blot Assay Kit introduces the initial capability for western blot detection in a microplate reader.
- The EarlyTox™ cell viability assay kits consist of fluorescence-based reagents designed for evaluating cell viability, cell proliferation, and diverse apoptosis events in mammalian cells.
- The drug screening assay kits can aid researchers in assessing the specificity, affinity, and functionality of monoclonal antibodies (mAbs), ensuring their suitability for targeted therapies and diagnostics.
- The assay kits can be implemented in cell line development to optimize the selection and engineering of host cells for efficient biopharmaceutical production.
- Our ELISA kits and reagents are ideal for accelerating high-throughput screening and drug discovery applications, providing reliable, sensitive tools to streamline biomarker quantification and analysis.
- The IHC kits are used across neuroscience, oncology, pathology, and complex tissue analysis to enable precise detection of multiple antigens, facilitating detailed insights into cellular interactions, tissue architecture, and disease mechanisms.
- Our ChIP kits enable precise analysis of protein-DNA interactions across diverse sample types, supporting research in gene regulation, epigenetics, transcription factor binding, and chromatin modifications.
What role do the kits play in assessing protein activity in life science research and drug development?
Our assay kits facilitate protein activity assays, enabling researchers to analyze and quantify protein functions with precision, ensuring a robust approach to drug development and research processes.
How do the kits support the measurement of IgG protein size in laboratory tests?
Our assay kits include specific protocols for IgG laboratory tests, offering a streamlined and user-friendly solution to accurately measure IgG protein size, aiding in clone screening during drug discovery.
Can the assay kits be utilized for fluorescence polarization assays in life science applications?
Yes, the kits are designed for versatility and compatibility, including fluorescence polarization assays, providing researchers with a reliable tool for diverse applications in drug discovery and bioassays.
How do Danaher’s assay kits contribute to IVD suspension and the detection of IgG antibodies?
Danaher’s assay kits are suitable for in vitro diagnostics (IVD) suspension, offering a valuable solution for the detection of IgG antibodies. The kits ensure accurate and efficient screening, enhancing the reliability of laboratory tests in various medical applications.
How can the assay kits enhance cell culture experiments?
The assay kits are specifically designed to optimize cell culture experiments by providing accurate and efficient tools for various analyses, including protein detection, quantification of analytes, and assessment of cellular functions. These kits are tailored to streamline workflows, ensuring reliable and reproducible results in diverse cell culture applications.
How are these assay kits optimized for use on specific instruments?
Our assay kits are meticulously designed to ensure seamless integration with designated instruments, offering compatibility that enhances precision and efficiency in laboratory workflows.
Can you provide examples of specific assay kits available?
We offer a diverse range of assay kits, including the Rapid Quantification Assay, EarlyTox™ Cardiotoxicity Kit, SpectraMax® Quant™ dsDNA Assay Kits, EarlyTox™ cell viability assay kits, CatchPoint®, SimpleStep ELISA kits, CatchPoint cAMP Fluorescent Assay Kit, Fura-2 QBT Calcium Kit, IHC kits, ChIP kits, etc., tailored for various applications in life science research and drug discovery.
What are the advantages of using Fluorescent and Luminescent Microplate Reader Assay Kits?
These kits excel in speed and simplicity, outclassing traditional techniques like ELISA and HPLC, providing researchers with a rapid and user-friendly alternative for efficient quantification and analysis.
How do the assay kits contribute to drug discovery and development?
The assay kits play a pivotal role in drug discovery by delivering rapid and reliable results, allowing researchers to prioritize leads, optimize cell lines, and streamline various processes, thereby significantly improving overall productivity and cost-effectiveness.
What is the significance of Valita Titer Assays for IgG quantification?
Valita Titer Assays offer a valuable tool for IgG quantification, ensuring accurate and precise results that contribute to the screening of clones during drug discovery and development.
Can Valita Titer Assays be integrated into automation systems?
Yes, Valita Titer Assays are designed for seamless integration into automation systems, providing researchers with the flexibility and efficiency needed for high-throughput screening processes.
What are the key advantages of Valita Titer Assays over other techniques like ELISA and HPLC?
Valita Titer Assays stand out with exceptional accuracy and precision, offering reliable results that correlate strongly with industry-standard techniques such as Protein A HPLC and BLI, providing a robust and efficient alternative in IgG quantification.
Can IHC be used for quantitative purposes?
Yes, IHC allows for quantitative analysis by assessing the intensity and localization of staining, which helps quantify and compare antigen expression levels between samples.
What types of samples are compatible with your ChIP kits, and how do they support downstream analysis?
Our ChIP kits are designed for a wide range of sample types, including plant tissues, FFPE samples, and low cell numbers, and include high-sensitivity and one-step options to simplify your workflow. Paired with our highly validated ChIP-grade antibodies, these kits enable efficient capture of protein-associated chromatin regions for reliable downstream analysis by qPCR or sequencing.
What makes SimpleStep ELISA® kits faster and more reliable than traditional ELISAs?
SimpleStep ELISA® kits use a single wash step and recombinant antibodies to deliver highly sensitive, specific, and reproducible results in just 90 minutes, streamlining the assay without compromising performance.
How can Danaher’s assay kits contribute to protein detection in laboratory research?
Our assay kits are optimized for protein detection, providing accurate and reliable results through various methodologies such as colorimetric assays and reporter assay luciferase.