Drug Discovery Applications | Cell Culture Drug Discovery Products | Corning

Accelerate discovery

Enhance your assay development and performance with Corning® cell culture products, microplates, reagents, and screening technologies. Every Corning product adheres to strict manufacturing standards, process controls, and compliance testing to support consistent, reproducible performance. Choose Corning for:
 

  • Cell culture vessels and media for assay cell growth
  • Microplates designed for use in cell-based and biochemical assays
  • Automation tips for screening assays
  • Reagents to support ADME/Tox testing studies
  • Technologies for High Content Screening

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Drug Discovery

Innovation in Action

Target Identification

Target Identification

Target Identification

Streamline your target identification process with Corning drug discovery products. To support your specific requirements, we offer an extensive selection of vessels, surfaces, and media for cell growth as well as pipets, tubes, and microplates for cell dispensing and assay development. For choice, outstanding quality, and consistent reproducible results, choose Corning to move your drug discovery research forward with complete confidence.

Streamline your target identification process with Corning drug discovery products. To support your specific requirements, we offer an extensive selection of vessels, surfaces, and media for cell growth as well as pipets, tubes, and microplates for cell dispensing and assay development. For choice, outstanding quality, and consistent reproducible results, choose Corning to move your drug discovery research forward with complete confidence.

Assay Development

Assay Development

Assay Development

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Choosing the right microplate is a key step to developing a successful assay. Corning microplates offer compatibility with a wide range of laboratory instruments, including microplate readers, microplate washers, liquid handling instruments, automation accessories, and robotic systems.

From microplates to Epic label-free detection technology, Corning offers a complete line of solutions for all your cell-based and biochemical assay development needs.

Choosing the right microplate is a key step to developing a successful assay. Corning microplates offer compatibility with a wide range of laboratory instruments, including microplate readers, microplate washers, liquid handling instruments, automation accessories, and robotic systems.

From microplates to Epic label-free detection technology, Corning offers a complete line of solutions for all your cell-based and biochemical assay development needs.

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Screening

Screening

Screening

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Corning's extensive offerings for high throughput screening, automation, and label-free detection include:

Corning's extensive offerings for high throughput screening, automation, and label-free detection include:

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Related Applications

Related Applications

ADME/Tox Research

Gentest™ has been the leading brand of xenobiotic research tools for more than 20 years.

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High Content Screening

Uncover biologically relevant information from cells and compounds in your drug discovery research with the sophisticated automated fluorescence microscopy, image acquisition, and analysis of high content screening (HCS).

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ELISA

Corning® ELISA microplates are ideal for biochemical and cell-based assays designed to identify and quantify protein species.

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Products and Services

Solutions to Enable and Enhance Drug Discovery

Technical Documents

Application Support for Drug Discovery

Instrument and Microplate

Instrument and Microplate Considerations

Increase the robustness of your assays and the relevance of the data by choosing a microplate with the right surface chemistry.

Increase the robustness of your assays and the relevance of the data by choosing a microplate with the right surface chemistry.

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1536-well Surfaces

Comparative Analysis of 1536-Well Surfaces

This article compares and contrasts various 1536-well microplate surfaces with emphasis on the new Corning 1536-well low base microplate

This article compares and contrasts various 1536-well microplate surfaces with emphasis on the new Corning 1536-well low base microplate

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ELISA microplates

ELISA microplates

Although it is often taken for granted, selecting the right surface for immobilizing biomolecules is crucial to the development of accurate, precise, and sensitive bioassays.

Although it is often taken for granted, selecting the right surface for immobilizing biomolecules is crucial to the development of accurate, precise, and sensitive bioassays.

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Ultra-Low Attachment

Corning Ultra-Low Attachment Surface

Discover how functional cancer spheroids can be generated and analyzed in a format ideal for high throughput screening and its implications on drug sensitivity.

Discover how functional cancer spheroids can be generated and analyzed in a format ideal for high throughput screening and its implications on drug sensitivity.

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Non-binding microplates

Performance Advantage of Non-binding Microplates

Corning non-binding microplates provide an inert, nonionic, and hydrophilic surface that minimizes molecular interactions, making this proprietary technology essential to the success of certain ty

Corning non-binding microplates provide an inert, nonionic, and hydrophilic surface that minimizes molecular interactions, making this proprietary technology essential to the success of certain ty

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Low pI Proteins

Low pI Protein Immobilization Strategy

This application note shows that protein cationization can be used to study low pI proteins in an Epic biochemical assay. As it illustrates, the Epic system enabled label-free direct biochemical.

This application note shows that protein cationization can be used to study low pI proteins in an Epic biochemical assay. As it illustrates, the Epic system enabled label-free direct biochemical.

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Label-free Detection

Label-free Detection of Compound Aggregation

Small molecule compound aggregation is a major problem encountered in primary screening assays. With its integrated optical biosensors, Epic technology can detect molecular interaction.

Small molecule compound aggregation is a major problem encountered in primary screening assays. With its integrated optical biosensors, Epic technology can detect molecular interaction.

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More Technical Resources

Additional Technical Resources

From product selection guides to application notes to protocols, our online resource library is available anytime you need to facilitate your drug discovery assays.

From product selection guides to application notes to protocols, our online resource library is available anytime you need to facilitate your drug discovery assays.

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Drug Discovery Application Assistance

Support

Drug Discovery Application Assistance

Expert Support to Solve Drug Discovery Challenges

Expert Support to Solve Drug Discovery Challenges

From assay development to high throughput screening, take advantage of our experience, equipment, & data interpretation experience for any stage of your research. Complete confidentiality is ensured.

From assay development to high throughput screening, take advantage of our experience, equipment, & data interpretation experience for any stage of your research. Complete confidentiality is ensured.

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