Nerd Bio
Nerd Bio
  • Home
  • Technology
  • Solutions
  • Publications
  • Careers
  • Contact
  • More
    • Home
    • Technology
    • Solutions
    • Publications
    • Careers
    • Contact
  • Home
  • Technology
  • Solutions
  • Publications
  • Careers
  • Contact

Micro-Tag Technology

POWERFUL CELL TARGET ENGAGEMENT

Validating engagement of drug candidates with therapeutic targets is a challenge in drug discovery. The MICRO-TAG technology is the 3rd generation of cellular target engagement technology. It enables interrogation of target engagement without interfering with folding, localization, and function of target proteins, all within the physiological milieu of the cell. 

Any Drug target, Any modality

Drug discovery, drug target, ligand, undruggable, lead discovery.

1: Select your drug target

1: Select your drug target

1: Select your drug target

Choose your target: from literature review, proteomics analysis, synthetic lethality screen etc. You may choose to work with multiple versions of the same target, such as its isoforms or mutants. Human or non-human targets. Consider undruggable targets as well. 

Drug discovery, drug target, ligand, undruggable, lead discovery.

2: Design reporter cells

1: Select your drug target

1: Select your drug target

Every drug target has a unique fingerprint. Responsive cell systems are designed for every target. For an initial pilot test, transient expression can be sufficient. Stable reporter cells may be engineered using lentiviral or CRISPR methods. 

Drug discovery, drug target, ligand, undruggable, lead discovery.

3: Test your drug candidates

4: Detect cell target engagement

4: Detect cell target engagement

Reporter cells designed for your drug target can be tested with your ligands. The cells will be challenged at Temperature of aggregation (T-agg), a temperature point at which your target is in a structurally fluid state. This responsive system will enable fast hit to lead discovery. 

Drug discovery, drug target, ligand, undruggable, lead discovery.

4: Detect cell target engagement

4: Detect cell target engagement

4: Detect cell target engagement

Signal is detected by addition of Micro-Tag-binding protein and FRET substrate by virtue of enzyme complementation. The level of signal is directly proportional to the level of stabilized target. Potency of cell target engagement can be calculated. This system is  sensitive to conventional and undruggable targets. 

Advantages OF MICRO-TAG CELL TARGET ENGAGEMENT

Physiological milieu

Physiological milieu

Physiological milieu

Use the native context of the cell to test drug targets. Preserve the therapeutic function of the target by choosing the relevant cell type.

Challenging targets

Physiological milieu

Physiological milieu

Tap into the opportunity of challenging drug targets such as transcription factors, membrane proteins etc. 

Sensitivity

Physiological milieu

Real-time analysis

Work with highly responsive cell systems designed for your drug target of interest. Identify drug candidates that engage the target in the cell. 

Real-time analysis

Real-time analysis

Real-time analysis

Empower your drug discovery program with real-time cell target engagement data. Reveal in-cell kinetics of drug-target engagement. 

AI integration

Real-time analysis

AI integration

Augment your drug discovery with the power of Artificial Intelligence. Screen bigger libraries and work with novel drug targets.

Scalability

Real-time analysis

AI integration

Scale your drug discovery effort for success. Use our sensitive cell systems for discovery and validation of novel drug candidates. 

Whitepaper

Download PDF
  • Terms of Service
  • Privacy
  • Terms of Supply
  • Poster Competition

NERD BIO

San Diego, California, United States

Made with zest by nerds in San Diego

Copyright © 2023 Nerd Bio - All Rights Reserved.

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept